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[ES] El presente trabajo final de grado trata sobre el diseño y el cálculo de un edificio de uso terciario destinado al almacenamiento y distribución de fertilizantes, productos fitosanitarios y suministros agrícolas, ubicada en el polígono industrial del municipio de Museros (Valencia). El edificio se ha resuelto mediante dos naves de estructura metálica a dos aguas adyacentes abarcando una superficie total de 2.763,60 metros cuadrados. La primera nave está formada por 7 pórticos y una luz de 30,2 metros, la segunda está formada por 14 pórticos y 17,80 m de luz, en ambas naves la separación entre pórticos es de 6 metros, la altura de pilar es de 8 metros y la de cumbrera de 10. La nave 1 cuenta con un altillo de 362,40 m2 de superficie a 5 metros sobre el suelo. La nave 2 dispone de una zona descubierta donde se ubica un pequeño vivero. Para el desarrollo del presente trabajo de final de grado se ha empleado el programa de cálculo de estructuras CYPE; utilizando los softwares CYPE3D y generador de pórticos. Los planos se han realizado mediante el programa AutoCad de Autodesk, mientras que para el desarrollo del presupuesto se ha utilizado el software de CYPE Arquímedes junto con el generador de precios para consulta., [CA] El present treball final de grau tracta sobre el disseny i el càlcul d'un edifici d'ús terciari destinat a l'emmagatzematge i distribució de fertilitzants, productes fitosanitaris i subministraments agrícoles, situada en el polígon industrial del municipi de Museros (València). L'edifici s'ha resolt mitjançant dues naus d'estructura metàl·lica de dos aiguavessos adjacents abastant una superfície total de 2.763,60 metres quadrats. La primera nau està formada per 7 pòrtics i una llum de 30,2 metres, la segona està formada per 14 pòrtics i 17,80 m de llum, en totes dues naus la separació entre pòrtics és de 6 metres, l'altura de pilar és de 8 metres i la de carener de 10. La nau 1 compta amb un entresolat de 362,40 m2 de superfícies a 5 metres obre el sòl. Per al desenvolupament del present treball de final de grau s'ha emprat el programa de càlcul d'estructures CYPE; utilitzant els softwares CYPE3D i generador de pòrtics. Els plans s'han realitzat mitjançant el programa AutoCad de Autodesk, mentre que per al desenvolupament del pressupost s'ha utilitzat el programari de CYPE Arquímedes juntament amb el generador de preus per a consulta., [EN] This final degree project deals with the design and calculation of a tertiary use building for the storage and distribution of fertilisers, phytosanitary products and agricultural supplies, located in the industrial estate of the municipality of Museros (Valencia). The building has been resolved using two adjacent gabled metal structure warehouses covering a total area of 2.763,60 square metres. The first bay is made up of 7 porticoes and a span of 30,2 metres, the second is made up of 14 porticoes and a span of 17,80 metres. In both bays, the separation between porticoes is 6 metres, the pillar height is 8 metres and the ridge height is 10 metres. Building 1 has a loft area of 362,40 m2 at 5 metres above the ground. Building 2 has an open area where a small nursery is located. For the development of this final degree project, the CYPE structural calculation programme was used, using the CYPE3D and portal frame generator software. The plans were drawn up using the Autodesk AutoCad programme, while the CYPE Archimedes software was used for the development of the budget, together with the price generator for consultation.

[ES] El presente trabajo final de grado trata sobre el diseño y el cálculo de un edificio de uso terciario destinado al almacenamiento y distribución de fertilizantes, productos fitosanitarios y suministros agrícolas, ubicada en el polígono industrial del municipio de Museros (Valencia). El edificio se ha resuelto mediante dos naves de estructura metálica a dos aguas adyacentes abarcando una superficie total de 2.763,60 metros cuadrados. La primera nave está formada por 7 pórticos y una luz de 30,2 metros, la segunda está formada por 14 pórticos y 17,80 m de luz, en ambas naves la separación entre pórticos es de 6 metros, la altura de pilar es de 8 metros y la de cumbrera de 10. La nave 1 cuenta con un altillo de 362,40 m2 de superficie a 5 metros sobre el suelo. La nave 2 dispone de una zona descubierta donde se ubica un pequeño vivero. Para el desarrollo del presente trabajo de final de grado se ha empleado el programa de cálculo de estructuras CYPE; utilizando los softwares CYPE3D y generador de pórticos. Los planos se han realizado mediante el programa AutoCad de Autodesk, mientras que para el desarrollo del presupuesto se ha utilizado el software de CYPE Arquímedes junto con el generador de precios para consulta., [CA] El present treball final de grau tracta sobre el disseny i el càlcul d'un edifici d'ús terciari destinat a l'emmagatzematge i distribució de fertilitzants, productes fitosanitaris i subministraments agrícoles, situada en el polígon industrial del municipi de Museros (València). L'edifici s'ha resolt mitjançant dues naus d'estructura metàl·lica de dos aiguavessos adjacents abastant una superfície total de 2.763,60 metres quadrats. La primera nau està formada per 7 pòrtics i una llum de 30,2 metres, la segona està formada per 14 pòrtics i 17,80 m de llum, en totes dues naus la separació entre pòrtics és de 6 metres, l'altura de pilar és de 8 metres i la de carener de 10. La nau 1 compta amb un entresolat de 362,40 m2 de superfícies a 5 metres obre el sòl. Per al desenvolupament del present treball de final de grau s'ha emprat el programa de càlcul d'estructures CYPE; utilitzant els softwares CYPE3D i generador de pòrtics. Els plans s'han realitzat mitjançant el programa AutoCad de Autodesk, mentre que per al desenvolupament del pressupost s'ha utilitzat el programari de CYPE Arquímedes juntament amb el generador de preus per a consulta., [EN] This final degree project deals with the design and calculation of a tertiary use building for the storage and distribution of fertilisers, phytosanitary products and agricultural supplies, located in the industrial estate of the municipality of Museros (Valencia). The building has been resolved using two adjacent gabled metal structure warehouses covering a total area of 2.763,60 square metres. The first bay is made up of 7 porticoes and a span of 30,2 metres, the second is made up of 14 porticoes and a span of 17,80 metres. In both bays, the separation between porticoes is 6 metres, the pillar height is 8 metres and the ridge height is 10 metres. Building 1 has a loft area of 362,40 m2 at 5 metres above the ground. Building 2 has an open area where a small nursery is located. For the development of this final degree project, the CYPE structural calculation programme was used, using the CYPE3D and portal frame generator software. The plans were drawn up using the Autodesk AutoCad programme, while the CYPE Archimedes software was used for the development of the budget, together with the price generator for consultation.

[ES] El presente trabajo final de grado trata sobre el diseño y el cálculo de un edificio de uso terciario destinado al almacenamiento y distribución de fertilizantes, productos fitosanitarios y suministros agrícolas, ubicada en el polígono industrial del municipio de Museros (Valencia). El edificio se ha resuelto mediante dos naves de estructura metálica a dos aguas adyacentes abarcando una superficie total de 2.763,60 metros cuadrados. La primera nave está formada por 7 pórticos y una luz de 30,2 metros, la segunda está formada por 14 pórticos y 17,80 m de luz, en ambas naves la separación entre pórticos es de 6 metros, la altura de pilar es de 8 metros y la de cumbrera de 10. La nave 1 cuenta con un altillo de 362,40 m2 de superficie a 5 metros sobre el suelo. La nave 2 dispone de una zona descubierta donde se ubica un pequeño vivero. Para el desarrollo del presente trabajo de final de grado se ha empleado el programa de cálculo de estructuras CYPE; utilizando los softwares CYPE3D y generador de pórticos. Los planos se han realizado mediante el programa AutoCad de Autodesk, mientras que para el desarrollo del presupuesto se ha utilizado el software de CYPE Arquímedes junto con el generador de precios para consulta., [CA] El present treball final de grau tracta sobre el disseny i el càlcul d'un edifici d'ús terciari destinat a l'emmagatzematge i distribució de fertilitzants, productes fitosanitaris i subministraments agrícoles, situada en el polígon industrial del municipi de Museros (València). L'edifici s'ha resolt mitjançant dues naus d'estructura metàl·lica de dos aiguavessos adjacents abastant una superfície total de 2.763,60 metres quadrats. La primera nau està formada per 7 pòrtics i una llum de 30,2 metres, la segona està formada per 14 pòrtics i 17,80 m de llum, en totes dues naus la separació entre pòrtics és de 6 metres, l'altura de pilar és de 8 metres i la de carener de 10. La nau 1 compta amb un entresolat de 362,40 m2 de superfícies a 5 metres obre el sòl. Per al desenvolupament del present treball de final de grau s'ha emprat el programa de càlcul d'estructures CYPE; utilitzant els softwares CYPE3D i generador de pòrtics. Els plans s'han realitzat mitjançant el programa AutoCad de Autodesk, mentre que per al desenvolupament del pressupost s'ha utilitzat el programari de CYPE Arquímedes juntament amb el generador de preus per a consulta., [EN] This final degree project deals with the design and calculation of a tertiary use building for the storage and distribution of fertilisers, phytosanitary products and agricultural supplies, located in the industrial estate of the municipality of Museros (Valencia). The building has been resolved using two adjacent gabled metal structure warehouses covering a total area of 2.763,60 square metres. The first bay is made up of 7 porticoes and a span of 30,2 metres, the second is made up of 14 porticoes and a span of 17,80 metres. In both bays, the separation between porticoes is 6 metres, the pillar height is 8 metres and the ridge height is 10 metres. Building 1 has a loft area of 362,40 m2 at 5 metres above the ground. Building 2 has an open area where a small nursery is located. For the development of this final degree project, the CYPE structural calculation programme was used, using the CYPE3D and portal frame generator software. The plans were drawn up using the Autodesk AutoCad programme, while the CYPE Archimedes software was used for the development of the budget, together with the price generator for consultation.

[ES] El presente trabajo final de grado trata sobre el diseño y el cálculo de un edificio de uso terciario destinado al almacenamiento y distribución de fertilizantes, productos fitosanitarios y suministros agrícolas, ubicada en el polígono industrial del municipio de Museros (Valencia). El edificio se ha resuelto mediante dos naves de estructura metálica a dos aguas adyacentes abarcando una superficie total de 2.763,60 metros cuadrados. La primera nave está formada por 7 pórticos y una luz de 30,2 metros, la segunda está formada por 14 pórticos y 17,80 m de luz, en ambas naves la separación entre pórticos es de 6 metros, la altura de pilar es de 8 metros y la de cumbrera de 10. La nave 1 cuenta con un altillo de 362,40 m2 de superficie a 5 metros sobre el suelo. La nave 2 dispone de una zona descubierta donde se ubica un pequeño vivero. Para el desarrollo del presente trabajo de final de grado se ha empleado el programa de cálculo de estructuras CYPE; utilizando los softwares CYPE3D y generador de pórticos. Los planos se han realizado mediante el programa AutoCad de Autodesk, mientras que para el desarrollo del presupuesto se ha utilizado el software de CYPE Arquímedes junto con el generador de precios para consulta., [CA] El present treball final de grau tracta sobre el disseny i el càlcul d'un edifici d'ús terciari destinat a l'emmagatzematge i distribució de fertilitzants, productes fitosanitaris i subministraments agrícoles, situada en el polígon industrial del municipi de Museros (València). L'edifici s'ha resolt mitjançant dues naus d'estructura metàl·lica de dos aiguavessos adjacents abastant una superfície total de 2.763,60 metres quadrats. La primera nau està formada per 7 pòrtics i una llum de 30,2 metres, la segona està formada per 14 pòrtics i 17,80 m de llum, en totes dues naus la separació entre pòrtics és de 6 metres, l'altura de pilar és de 8 metres i la de carener de 10. La nau 1 compta amb un entresolat de 362,40 m2 de superfícies a 5 metres obre el sòl. Per al desenvolupament del present treball de final de grau s'ha emprat el programa de càlcul d'estructures CYPE; utilitzant els softwares CYPE3D i generador de pòrtics. Els plans s'han realitzat mitjançant el programa AutoCad de Autodesk, mentre que per al desenvolupament del pressupost s'ha utilitzat el programari de CYPE Arquímedes juntament amb el generador de preus per a consulta., [EN] This final degree project deals with the design and calculation of a tertiary use building for the storage and distribution of fertilisers, phytosanitary products and agricultural supplies, located in the industrial estate of the municipality of Museros (Valencia). The building has been resolved using two adjacent gabled metal structure warehouses covering a total area of 2.763,60 square metres. The first bay is made up of 7 porticoes and a span of 30,2 metres, the second is made up of 14 porticoes and a span of 17,80 metres. In both bays, the separation between porticoes is 6 metres, the pillar height is 8 metres and the ridge height is 10 metres. Building 1 has a loft area of 362,40 m2 at 5 metres above the ground. Building 2 has an open area where a small nursery is located. For the development of this final degree project, the CYPE structural calculation programme was used, using the CYPE3D and portal frame generator software. The plans were drawn up using the Autodesk AutoCad programme, while the CYPE Archimedes software was used for the development of the budget, together with the price generator for consultation.

Статья посвящена анализу направлений офисного дизайна. Авторами рассмотрены вопросы проектирования офисных помещений, проанализированы современное состояние офисного дизайна, специфика проектирования офисных интерьеров, стилистические модели современного офисного дизайна., the article is devoted to one of the directions of environmental design – office space design, analysis of the current state of office design, specifics of office interior design, stylistic models of modern office design.

Статья посвящена анализу направлений офисного дизайна. Авторами рассмотрены вопросы проектирования офисных помещений, проанализированы современное состояние офисного дизайна, специфика проектирования офисных интерьеров, стилистические модели современного офисного дизайна., the article is devoted to one of the directions of environmental design – office space design, analysis of the current state of office design, specifics of office interior design, stylistic models of modern office design.

Статья посвящена анализу направлений офисного дизайна. Авторами рассмотрены вопросы проектирования офисных помещений, проанализированы современное состояние офисного дизайна, специфика проектирования офисных интерьеров, стилистические модели современного офисного дизайна., the article is devoted to one of the directions of environmental design – office space design, analysis of the current state of office design, specifics of office interior design, stylistic models of modern office design.

El texto presentado a rita_10, “Determinación vs indeterminación en el espacio domestico. Los limites de la flexibilidad” utiliza como caso de estudio (“research by design”) nuestra vivienda y taller en calle Ferlandina de Barcelona. Durante 20 años el espacio se ha ido adaptando a la vida de sus usuarios, tanto como espacio doméstico como laboral. Más que buscar la capacidad de cambio de los espacios, su flexibilidad, hemos puesto a prueba la capacidad de cambio en el uso de los espacios, su adaptabilidad. Es un ejemplo de lo incompleto o inacabado como paradigma de las estrategias blandas, es decir, una infraestructura básica que deja margen al usuario para su ocupación, uso y transformación en el tiempo. Podemos dividir las experiencias vividas y métodos de investigación en dos grandes grupos: la formación de un archivo con aportaciones casuales de muy diversas procedencias y el desarrollo de prototipos de muebles habitables puestos a prueba en la vivienda., Postprint (published version)

Raising of problem. In modern conditions of urban construction, the problem arises of searching for land for a new building. However, the most attractive land plots from the investment point of view are often occupied, including the industrial plants placed on them, many of which do not function. Redevelopment of industrial areas will effectively control the development of the urban environment in accordance with the requirements of the time. Purpose of the aricle. Determination of specific features of the formation of lofts as new elements of the urban environment in the redevelopment of inefficienly used industrial areas. Conclusion. When reconstructing urban degraded industrial areas, it is necessary to place residential objects in addition to commercial real estate objects, the expediency of which is confirmed by the world experience of redevelopment of industrial territories., Постановка проблемы. В современных условиях городского строительства возникает проблема поиска земельных участков для новой застройки. Однако наиболее привлекательные с инвестиционной точки зрения земельные участки зачастую оказываются занятыми, в том числе размещенными на них промышленными производствами, многие из которых не функционируют. Редевелопмент промышленных территорий позволит эффективно контролировать развитие городской среды в соответствии с требованиями времени. Цель статьи – определение специфических особенностей формирования лофтов как новых элементов городской среды при редевелопменте нерационально используемых промышленных территорий. Вывод. При реконструкции городских деградированных промышленных территорий необходимо, кроме объектов коммерческой недвижимости, обязательно размещать жилые объекты, целесообразность чего подтверждается мировым опытом редевелопмента промышленных территорий., Постановка проблеми. В сучасних умовах міського будівництва виникає проблема пошуку земельних ділянок для нової забудови. Однак найбільш привабливі з інвестиційної точки зору земельні ділянки найчастіше виявляються зайнятими, в тому числі розміщеними на них промисловими виробництвами, багато з яких не функціонують. Редевелопмент промислових територій дасть можливість ефективно контролювати розвиток міського середовища відповідно до вимог часу. Мета статті – визначення специфічних особливостей формування лофтів як нових елементів міського середовища за редевелопменту нераціонально використовуваних промислових територій. Висновок. Під час реконструкції міських деградованих промислових територій необхідно, крім об’єктів комерційної нерухомості, обов’язково розміщувати житлові об’єкти, доцільність чого підтверджується світовим досвідом редевелопменту промислових територій.

[ES] Proyecto de diseño de interiores de una buhardilla; el cual tendrá un baño completo, una zona de vestidor, un dormitorio y una zona multimedia. Tendrá un estilo propio de los lofts neoyorquinos, con materiales industriales y mobiliario minimalista. El trabajo comprende desde el programa de necesidades del cliente hasta las instalaciones, presupuestos de obra y documentación gráfica., [EN] Interior design project of an attic. Which will have a bathroom, a dressign area, a bedroom and a multimedia area. Will have a New York lofts style, industrial materials and minimalist furnishing. The work comprises form customer needs, labor budgets and graphic documentation.

[ES] Proyecto de diseño de interiores de una buhardilla; el cual tendrá un baño completo, una zona de vestidor, un dormitorio y una zona multimedia. Tendrá un estilo propio de los lofts neoyorquinos, con materiales industriales y mobiliario minimalista. El trabajo comprende desde el programa de necesidades del cliente hasta las instalaciones, presupuestos de obra y documentación gráfica., [EN] Interior design project of an attic. Which will have a bathroom, a dressign area, a bedroom and a multimedia area. Will have a New York lofts style, industrial materials and minimalist furnishing. The work comprises form customer needs, labor budgets and graphic documentation.

[ES] Proyecto de diseño de interiores de una buhardilla; el cual tendrá un baño completo, una zona de vestidor, un dormitorio y una zona multimedia. Tendrá un estilo propio de los lofts neoyorquinos, con materiales industriales y mobiliario minimalista. El trabajo comprende desde el programa de necesidades del cliente hasta las instalaciones, presupuestos de obra y documentación gráfica., [EN] Interior design project of an attic. Which will have a bathroom, a dressign area, a bedroom and a multimedia area. Will have a New York lofts style, industrial materials and minimalist furnishing. The work comprises form customer needs, labor budgets and graphic documentation.

La arquitectura debe ser un reflejo de la sociedad que la necesita. Definiendo el ser contemporáneo como el hombre que juega se indaga en sus necesidades espaciales a escala doméstica. La incongruencia entre el proyecto arquitectónico de vivienda, anclado en estándares modernos, y la realidad actual encauza el trabajo en la búsqueda de nuevas formas para la arquitectura. Partiendo del principio de libertad de elección y de singularidad del individuo se tratan diferentes niveles de relación del habitante con el entorno que permiten organizar las nuevas respuestas según sus grados de introversión., [Resumo]A arquitectura debe ser un reflexo da sociedade que a necesita. Definindo o ser contemporáneo como o home que xoga indágase nas suas necesidades espaciais a escala doméstica. A incongruencia entre o proxecto arquitectónico de vivenda, ancorado en estándares modernos, e a realidade actual dirixe o traballo na procura de novas formas para a arquitectura. Partindo do principio de liberdade de elección e de singularidade do individuo trátanse diferentes niveis de relación do habitante co entorno que permiten organizar as novas respostas segundo os seus graos de introversión., [Abstract]The architecture should be a reflection of the society who needs it. Defining the contemporary human being as the man who plays, we can find out his space needs to domestic scale. The inconsistency between the architectural housing project, still anchored in the modern standards, and the current reality guides the work to the search of new shapes for the architecture. If we start from the freedom of choice and the singularity of the individual principles, we are dealing with different levels of the inhabitant’s relation with the environment that let us organizing the new answers depending on its degrees of introversion.

The recent accident in the Fukushima Daiichi nuclear power plant opened a discussion on severe accident management that includes the analysis of the accident by means of computational tools that can predict the core behavior in such extreme conditions. The RELAP/SCDAPSIM/MOD3.5 code is designed to predict the behavior of Light Water Reactor (LWR) coolant systems during normal and accident conditions including severe accidents up to the point of reactor vessel failure. The code consists of two parts: the RELAP5 models calculate the overall Reactor Coolant System (RCS) thermal-hydraulic response, control system behavior, reactor kinetics and the behavior of special reactor system components such as valves and pumps, to predict the plant behavior under operational transients, Design Basis Accidents (DBAs) and Beyond DBAs; the SCDAP models calculate the behavior of the core and vessel structures under normal and severe accident conditions. Both portions of the code have been proven, separately, to accurately reproduce the response under its designed purpose, which are steady state, DBAs and BDBAs for the RELAP portion, and steady state and severe accident conditions for the SCDAP portion. The analysis of potential scenarios does not define a priori the final state of the fuel rods, and thus the most adequate tool is a system code such as RELAP/SCDAPSIM/MOD3.5 capable of simulating accident scenarios where severe accident phenomena may or may not occur. The present paper revisits the ISP-13 exercise, a cold leg double-ended guillotine LOCA conducted in the LOFT experimental facility, using two RELAP/SCDAPSIM/MOD3.5 models: the first one is entirely modeled with RELAP components, the second model keeps the RELAP nodalization with the exception of the core region, which is modeled with SCDAP components. The LOFT L2.5 experiment is a rather unique experiment since it features nuclear (UO2) fuel rods in a facility designed to simulate the major responses of a commercial pres, Postprint (published version)

This design-led research project was developed in collaboration with the Christchurch-based bedding manufacturing firm FibreTech New Zealand Limited. It explored the potential of an innovative wool-fill product developed by FibreTech. This new wool-fill maximises loft and bulk, both key factors for warmth and comfort in bedding. Loft is an active, three-dimensional feature of bedding, controlled through processes of compression and release. Retaining and managing loft was vital. The designer provided a holistic approach, using a textile design perspective to explore functionality and aesthetics in relation to the structure of the fill and outer membrane layers of bedding products. Through material sampling the project assessed how FibreTech’s new wool product could be layered and bonded with other textiles. The technical processes of needle punching, fusing and stitch bonding were used to explore the loft and compression relationship within the textiles. It was found that ratios of loft and compression could be altered to improve the efficiency of manufacturing; while at the same time optimising functionality and aesthetics. Textile design, wool knops, knoppy web, New Zealand wool, loft, overbody bedding, underbody bedding, sampling, research and development, digital quilting, computer-aided design Key words: Using the existing manufacturing process of digital quilting, stitch paths were redesigned to create an innovative range of bedding products for use over and under the body. The resulting textiles revealed a departure from classic bedding construction, with a new focus on controlling the stitch line through computer-aided design (CAD) technology. This hard-edged stitch line was a digital imposition that contrasted with the organic nature of soft, lofted materials. This visual and haptic tension was identified as key design interplay for both overbody and underbody approaches. Strategies were created towards lightweight overbody bedding and engineered shaping of

The aim of the text is to present my research, summary and analysis of selected loft spaces. This task raises an effort to characterize the loft space, presenting its airiness, excitement or a new metaphysical side. This thesis is showing various ways, in which space functions in movies, such as the relationship with time and space, or just focusing on the loft space itself. The aim of this thesis is to discover the role of the architecture in a movie and how space can influence its characters. The thesis itself is devoted to the discussion on architecture, on how our houses and cities and landscapes are to be formed, it is closely bound up with reflections on how we want to live. In short, one’s view of architecture is one’s view of society. Architecture is not an isolated field; it relates to the surrounding society and our way of thinking and living. In this sense, architecture expresses both our capacity for civilization and our cultural identity. On this basis I consider to focus on the small scale, from the perspective of specific people’s lives. People who decided to live in a loft, which is not the same as losing sight of the big issues. When it comes to our dreams about our dwellings, we are all experts. Dwelling is a human relationship with the world. Before we can build we must be able to dwell, which means we must reflect over our being in the world. Dwelling is about space in the world. Space can be possessed, made and taken. It can be used, exploited, shared and transferred. A person without space is not present, not living anywhere, has no connection. Dwelling introduces something you can be a part of and manifest yourself in. To sum up, we believe that architecture, design and movies influence each other more than we can imagine., Práca sa zaoberá konvertovanými priestormi – loftami. Obývanie niečoho konkrétneho je vlastne vzťah so svetom. Predtým ako môžeme niečo postaviť, musíme v sebe nájsť schopnosť to obývať, čo vlastne znamená, že musíme reflektovať seba samého pomocou obývania priestoru. Slovné spojenie „byť doma“ je psychologický a sociologický vzťah našej mysle s miestom, v ktorom je zakomponovaná koncepcia našej budúcnosti (entita časovosti). Aktuálna situácia vo svete je podmienená transformačnými procesmi v spoločnosti, ktoré žiaľ majú za následok, že človek stratil „interiérovosť“. Komunikačné média (internet, Skype, atď.), posúvajú reálny prežitok do virtuálneho sveta. Dnešný človek je psychicky a fyzicky chorý80. Celá spoločnosť, prechádza výraznými zmenami, ktoré sa prejavujú aj v oblasti bývania, ale aj v rádovo iných sférach spoločenského života. Čelíme civilizačným, politickým a ekonomickým problémom - čelíme revolúcií. Loft predstavuje revolučné hnutie svojej doby.

The aim of the text is to present my research, summary and analysis of selected loft spaces. This task raises an effort to characterize the loft space, presenting its airiness, excitement or a new metaphysical side. This thesis is showing various ways, in which space functions in movies, such as the relationship with time and space, or just focusing on the loft space itself. The aim of this thesis is to discover the role of the architecture in a movie and how space can influence its characters. The thesis itself is devoted to the discussion on architecture, on how our houses and cities and landscapes are to be formed, it is closely bound up with reflections on how we want to live. In short, one’s view of architecture is one’s view of society. Architecture is not an isolated field; it relates to the surrounding society and our way of thinking and living. In this sense, architecture expresses both our capacity for civilization and our cultural identity. On this basis I consider to focus on the small scale, from the perspective of specific people’s lives. People who decided to live in a loft, which is not the same as losing sight of the big issues. When it comes to our dreams about our dwellings, we are all experts. Dwelling is a human relationship with the world. Before we can build we must be able to dwell, which means we must reflect over our being in the world. Dwelling is about space in the world. Space can be possessed, made and taken. It can be used, exploited, shared and transferred. A person without space is not present, not living anywhere, has no connection. Dwelling introduces something you can be a part of and manifest yourself in. To sum up, we believe that architecture, design and movies influence each other more than we can imagine., Práca sa zaoberá konvertovanými priestormi – loftami. Obývanie niečoho konkrétneho je vlastne vzťah so svetom. Predtým ako môžeme niečo postaviť, musíme v sebe nájsť schopnosť to obývať, čo vlastne znamená, že musíme reflektovať seba samého pomocou obývania priestoru. Slovné spojenie „byť doma“ je psychologický a sociologický vzťah našej mysle s miestom, v ktorom je zakomponovaná koncepcia našej budúcnosti (entita časovosti). Aktuálna situácia vo svete je podmienená transformačnými procesmi v spoločnosti, ktoré žiaľ majú za následok, že človek stratil „interiérovosť“. Komunikačné média (internet, Skype, atď.), posúvajú reálny prežitok do virtuálneho sveta. Dnešný človek je psychicky a fyzicky chorý80. Celá spoločnosť, prechádza výraznými zmenami, ktoré sa prejavujú aj v oblasti bývania, ale aj v rádovo iných sférach spoločenského života. Čelíme civilizačným, politickým a ekonomickým problémom - čelíme revolúcií. Loft predstavuje revolučné hnutie svojej doby.

The aim of the text is to present my research, summary and analysis of selected loft spaces. This task raises an effort to characterize the loft space, presenting its airiness, excitement or a new metaphysical side. This thesis is showing various ways, in which space functions in movies, such as the relationship with time and space, or just focusing on the loft space itself. The aim of this thesis is to discover the role of the architecture in a movie and how space can influence its characters. The thesis itself is devoted to the discussion on architecture, on how our houses and cities and landscapes are to be formed, it is closely bound up with reflections on how we want to live. In short, one’s view of architecture is one’s view of society. Architecture is not an isolated field; it relates to the surrounding society and our way of thinking and living. In this sense, architecture expresses both our capacity for civilization and our cultural identity. On this basis I consider to focus on the small scale, from the perspective of specific people’s lives. People who decided to live in a loft, which is not the same as losing sight of the big issues. When it comes to our dreams about our dwellings, we are all experts. Dwelling is a human relationship with the world. Before we can build we must be able to dwell, which means we must reflect over our being in the world. Dwelling is about space in the world. Space can be possessed, made and taken. It can be used, exploited, shared and transferred. A person without space is not present, not living anywhere, has no connection. Dwelling introduces something you can be a part of and manifest yourself in. To sum up, we believe that architecture, design and movies influence each other more than we can imagine., Práca sa zaoberá konvertovanými priestormi – loftami. Obývanie niečoho konkrétneho je vlastne vzťah so svetom. Predtým ako môžeme niečo postaviť, musíme v sebe nájsť schopnosť to obývať, čo vlastne znamená, že musíme reflektovať seba samého pomocou obývania priestoru. Slovné spojenie „byť doma“ je psychologický a sociologický vzťah našej mysle s miestom, v ktorom je zakomponovaná koncepcia našej budúcnosti (entita časovosti). Aktuálna situácia vo svete je podmienená transformačnými procesmi v spoločnosti, ktoré žiaľ majú za následok, že človek stratil „interiérovosť“. Komunikačné média (internet, Skype, atď.), posúvajú reálny prežitok do virtuálneho sveta. Dnešný človek je psychicky a fyzicky chorý80. Celá spoločnosť, prechádza výraznými zmenami, ktoré sa prejavujú aj v oblasti bývania, ale aj v rádovo iných sférach spoločenského života. Čelíme civilizačným, politickým a ekonomickým problémom - čelíme revolúcií. Loft predstavuje revolučné hnutie svojej doby.

The aim of the text is to present my research, summary and analysis of selected loft spaces. This task raises an effort to characterize the loft space, presenting its airiness, excitement or a new metaphysical side. This thesis is showing various ways, in which space functions in movies, such as the relationship with time and space, or just focusing on the loft space itself. The aim of this thesis is to discover the role of the architecture in a movie and how space can influence its characters. The thesis itself is devoted to the discussion on architecture, on how our houses and cities and landscapes are to be formed, it is closely bound up with reflections on how we want to live. In short, one’s view of architecture is one’s view of society. Architecture is not an isolated field; it relates to the surrounding society and our way of thinking and living. In this sense, architecture expresses both our capacity for civilization and our cultural identity. On this basis I consider to focus on the small scale, from the perspective of specific people’s lives. People who decided to live in a loft, which is not the same as losing sight of the big issues. When it comes to our dreams about our dwellings, we are all experts. Dwelling is a human relationship with the world. Before we can build we must be able to dwell, which means we must reflect over our being in the world. Dwelling is about space in the world. Space can be possessed, made and taken. It can be used, exploited, shared and transferred. A person without space is not present, not living anywhere, has no connection. Dwelling introduces something you can be a part of and manifest yourself in. To sum up, we believe that architecture, design and movies influence each other more than we can imagine., Práca sa zaoberá konvertovanými priestormi – loftami. Obývanie niečoho konkrétneho je vlastne vzťah so svetom. Predtým ako môžeme niečo postaviť, musíme v sebe nájsť schopnosť to obývať, čo vlastne znamená, že musíme reflektovať seba samého pomocou obývania priestoru. Slovné spojenie „byť doma“ je psychologický a sociologický vzťah našej mysle s miestom, v ktorom je zakomponovaná koncepcia našej budúcnosti (entita časovosti). Aktuálna situácia vo svete je podmienená transformačnými procesmi v spoločnosti, ktoré žiaľ majú za následok, že človek stratil „interiérovosť“. Komunikačné média (internet, Skype, atď.), posúvajú reálny prežitok do virtuálneho sveta. Dnešný človek je psychicky a fyzicky chorý80. Celá spoločnosť, prechádza výraznými zmenami, ktoré sa prejavujú aj v oblasti bývania, ale aj v rádovo iných sférach spoločenského života. Čelíme civilizačným, politickým a ekonomickým problémom - čelíme revolúcií. Loft predstavuje revolučné hnutie svojej doby.

The aim of the text is to present my research, summary and analysis of selected loft spaces. This task raises an effort to characterize the loft space, presenting its airiness, excitement or a new metaphysical side. This thesis is showing various ways, in which space functions in movies, such as the relationship with time and space, or just focusing on the loft space itself. The aim of this thesis is to discover the role of the architecture in a movie and how space can influence its characters. The thesis itself is devoted to the discussion on architecture, on how our houses and cities and landscapes are to be formed, it is closely bound up with reflections on how we want to live. In short, one’s view of architecture is one’s view of society. Architecture is not an isolated field; it relates to the surrounding society and our way of thinking and living. In this sense, architecture expresses both our capacity for civilization and our cultural identity. On this basis I consider to focus on the small scale, from the perspective of specific people’s lives. People who decided to live in a loft, which is not the same as losing sight of the big issues. When it comes to our dreams about our dwellings, we are all experts. Dwelling is a human relationship with the world. Before we can build we must be able to dwell, which means we must reflect over our being in the world. Dwelling is about space in the world. Space can be possessed, made and taken. It can be used, exploited, shared and transferred. A person without space is not present, not living anywhere, has no connection. Dwelling introduces something you can be a part of and manifest yourself in. To sum up, we believe that architecture, design and movies influence each other more than we can imagine., Práca sa zaoberá konvertovanými priestormi – loftami. Obývanie niečoho konkrétneho je vlastne vzťah so svetom. Predtým ako môžeme niečo postaviť, musíme v sebe nájsť schopnosť to obývať, čo vlastne znamená, že musíme reflektovať seba samého pomocou obývania priestoru. Slovné spojenie „byť doma“ je psychologický a sociologický vzťah našej mysle s miestom, v ktorom je zakomponovaná koncepcia našej budúcnosti (entita časovosti). Aktuálna situácia vo svete je podmienená transformačnými procesmi v spoločnosti, ktoré žiaľ majú za následok, že človek stratil „interiérovosť“. Komunikačné média (internet, Skype, atď.), posúvajú reálny prežitok do virtuálneho sveta. Dnešný človek je psychicky a fyzicky chorý80. Celá spoločnosť, prechádza výraznými zmenami, ktoré sa prejavujú aj v oblasti bývania, ale aj v rádovo iných sférach spoločenského života. Čelíme civilizačným, politickým a ekonomickým problémom - čelíme revolúcií. Loft predstavuje revolučné hnutie svojej doby.

The aim of the text is to present my research, summary and analysis of selected loft spaces. This task raises an effort to characterize the loft space, presenting its airiness, excitement or a new metaphysical side. This thesis is showing various ways, in which space functions in movies, such as the relationship with time and space, or just focusing on the loft space itself. The aim of this thesis is to discover the role of the architecture in a movie and how space can influence its characters. The thesis itself is devoted to the discussion on architecture, on how our houses and cities and landscapes are to be formed, it is closely bound up with reflections on how we want to live. In short, one’s view of architecture is one’s view of society. Architecture is not an isolated field; it relates to the surrounding society and our way of thinking and living. In this sense, architecture expresses both our capacity for civilization and our cultural identity. On this basis I consider to focus on the small scale, from the perspective of specific people’s lives. People who decided to live in a loft, which is not the same as losing sight of the big issues. When it comes to our dreams about our dwellings, we are all experts. Dwelling is a human relationship with the world. Before we can build we must be able to dwell, which means we must reflect over our being in the world. Dwelling is about space in the world. Space can be possessed, made and taken. It can be used, exploited, shared and transferred. A person without space is not present, not living anywhere, has no connection. Dwelling introduces something you can be a part of and manifest yourself in. To sum up, we believe that architecture, design and movies influence each other more than we can imagine., Práca sa zaoberá konvertovanými priestormi – loftami. Obývanie niečoho konkrétneho je vlastne vzťah so svetom. Predtým ako môžeme niečo postaviť, musíme v sebe nájsť schopnosť to obývať, čo vlastne znamená, že musíme reflektovať seba samého pomocou obývania priestoru. Slovné spojenie „byť doma“ je psychologický a sociologický vzťah našej mysle s miestom, v ktorom je zakomponovaná koncepcia našej budúcnosti (entita časovosti). Aktuálna situácia vo svete je podmienená transformačnými procesmi v spoločnosti, ktoré žiaľ majú za následok, že človek stratil „interiérovosť“. Komunikačné média (internet, Skype, atď.), posúvajú reálny prežitok do virtuálneho sveta. Dnešný človek je psychicky a fyzicky chorý80. Celá spoločnosť, prechádza výraznými zmenami, ktoré sa prejavujú aj v oblasti bývania, ale aj v rádovo iných sférach spoločenského života. Čelíme civilizačným, politickým a ekonomickým problémom - čelíme revolúcií. Loft predstavuje revolučné hnutie svojej doby.

The aim of the text is to present my research, summary and analysis of selected loft spaces. This task raises an effort to characterize the loft space, presenting its airiness, excitement or a new metaphysical side. This thesis is showing various ways, in which space functions in movies, such as the relationship with time and space, or just focusing on the loft space itself. The aim of this thesis is to discover the role of the architecture in a movie and how space can influence its characters. The thesis itself is devoted to the discussion on architecture, on how our houses and cities and landscapes are to be formed, it is closely bound up with reflections on how we want to live. In short, one’s view of architecture is one’s view of society. Architecture is not an isolated field; it relates to the surrounding society and our way of thinking and living. In this sense, architecture expresses both our capacity for civilization and our cultural identity. On this basis I consider to focus on the small scale, from the perspective of specific people’s lives. People who decided to live in a loft, which is not the same as losing sight of the big issues. When it comes to our dreams about our dwellings, we are all experts. Dwelling is a human relationship with the world. Before we can build we must be able to dwell, which means we must reflect over our being in the world. Dwelling is about space in the world. Space can be possessed, made and taken. It can be used, exploited, shared and transferred. A person without space is not present, not living anywhere, has no connection. Dwelling introduces something you can be a part of and manifest yourself in. To sum up, we believe that architecture, design and movies influence each other more than we can imagine., Práca sa zaoberá konvertovanými priestormi – loftami. Obývanie niečoho konkrétneho je vlastne vzťah so svetom. Predtým ako môžeme niečo postaviť, musíme v sebe nájsť schopnosť to obývať, čo vlastne znamená, že musíme reflektovať seba samého pomocou obývania priestoru. Slovné spojenie „byť doma“ je psychologický a sociologický vzťah našej mysle s miestom, v ktorom je zakomponovaná koncepcia našej budúcnosti (entita časovosti). Aktuálna situácia vo svete je podmienená transformačnými procesmi v spoločnosti, ktoré žiaľ majú za následok, že človek stratil „interiérovosť“. Komunikačné média (internet, Skype, atď.), posúvajú reálny prežitok do virtuálneho sveta. Dnešný človek je psychicky a fyzicky chorý80. Celá spoločnosť, prechádza výraznými zmenami, ktoré sa prejavujú aj v oblasti bývania, ale aj v rádovo iných sférach spoločenského života. Čelíme civilizačným, politickým a ekonomickým problémom - čelíme revolúcií. Loft predstavuje revolučné hnutie svojej doby.

The aim of the text is to present my research, summary and analysis of selected loft spaces. This task raises an effort to characterize the loft space, presenting its airiness, excitement or a new metaphysical side. This thesis is showing various ways, in which space functions in movies, such as the relationship with time and space, or just focusing on the loft space itself. The aim of this thesis is to discover the role of the architecture in a movie and how space can influence its characters. The thesis itself is devoted to the discussion on architecture, on how our houses and cities and landscapes are to be formed, it is closely bound up with reflections on how we want to live. In short, one’s view of architecture is one’s view of society. Architecture is not an isolated field; it relates to the surrounding society and our way of thinking and living. In this sense, architecture expresses both our capacity for civilization and our cultural identity. On this basis I consider to focus on the small scale, from the perspective of specific people’s lives. People who decided to live in a loft, which is not the same as losing sight of the big issues. When it comes to our dreams about our dwellings, we are all experts. Dwelling is a human relationship with the world. Before we can build we must be able to dwell, which means we must reflect over our being in the world. Dwelling is about space in the world. Space can be possessed, made and taken. It can be used, exploited, shared and transferred. A person without space is not present, not living anywhere, has no connection. Dwelling introduces something you can be a part of and manifest yourself in. To sum up, we believe that architecture, design and movies influence each other more than we can imagine., Práca sa zaoberá konvertovanými priestormi – loftami. Obývanie niečoho konkrétneho je vlastne vzťah so svetom. Predtým ako môžeme niečo postaviť, musíme v sebe nájsť schopnosť to obývať, čo vlastne znamená, že musíme reflektovať seba samého pomocou obývania priestoru. Slovné spojenie „byť doma“ je psychologický a sociologický vzťah našej mysle s miestom, v ktorom je zakomponovaná koncepcia našej budúcnosti (entita časovosti). Aktuálna situácia vo svete je podmienená transformačnými procesmi v spoločnosti, ktoré žiaľ majú za následok, že človek stratil „interiérovosť“. Komunikačné média (internet, Skype, atď.), posúvajú reálny prežitok do virtuálneho sveta. Dnešný človek je psychicky a fyzicky chorý80. Celá spoločnosť, prechádza výraznými zmenami, ktoré sa prejavujú aj v oblasti bývania, ale aj v rádovo iných sférach spoločenského života. Čelíme civilizačným, politickým a ekonomickým problémom - čelíme revolúcií. Loft predstavuje revolučné hnutie svojej doby.

LOFT, the Large Observatory For X-ray Timing, has recently pass the ESA call as one of the four M3 mission candidates that will complete for a launch opportunity at the start of the 2020s. The primary goal of the mission is to study strongfield gravity, black hole masses and spins, and the equation of state of ultra-dense matter via high-time-resolution X-ray observations of compact objects. Two instruments will be comprised in the scientific payload of LOFT: the Large Area Detector (LAD) a 12 m2 collimated Xray detector in the 2-30 keV range, with unprecedented timing capabilities, and the Wide Field Monitor (WFM), a coded-mask wide field X-ray monitor. Both instruments are based on silicon drift detectors. The main scope of WFM is to catch good triggering sources to be pointed with LAD, but it will also have its own science programme. The Pre-prototype development of the Detector Tray creating the 3D digital model will need to meet the following requirements: - Alignment of 4 Silicon Drift Detectors (SDDs) with 4 degrees of freedom forming the flat detector plane and its alignment with coded mask with high precision; - Maintain the geometry within working temperatures from -30°C to -20°. Select the materials with low CTE (Coefficient of Thermal Expansion) and with high Heat Transfer Coefficient (HTC) to be used. Mechanical and thermal computing simulations will be performed in order to verify the fulfillment of the requirements.

The Master Thesis was done by a real estate management student Karolis Matulevičius. The work was supervised by dr. Juratė Šliogerienė. In the master thesis conversion of industrial areas theme was discussed. There was analysing Vilnius and Berlin industrial areas situation and problems. Taking the good conversion examples of Berlin and other foreign countries, it was looking for the ways to improve the Vilnius abandoned industrial sites situation. Conversion concept and examples of countries around the world were analyzed by the scientific literature. The social survey results were analysed in order to determine the need for the conversion of Vilnius society and the public attitudes to industrial spaces, which helps to prognosticate the conversion types in the city. As well as by the results of the survey it is possible to define the perspectives of the conversion projects in Vilnius. Thesis gives an overview of existing and planned industrial areas conversion projects of Vilnius and Berlin. According to them by PESTEL method the analysis of industrial sites conversion situation was made. The analysis is carried out by political, economic, social, technological, environmental and legislative aspects. At the end of work the proposals and conclusions are given. The work consists of seven parts: introduction, the concept of conversion and world projects analysis, an overview of the survey results, review of the analysis methods and criterias, comparative analysis, conclusions... [to full text], Baigiamasis magistro darbas buvo atliktas Nekilnojamojo Turto valdymo specialybės studento Karolio Matulevičiaus, darbo vadovė dr. Jūratė Šliogerienė. Baigiamajame magistro darbe naginėjama industrinių teritorijų konversijos tema. Analizuojama Vilniaus ir Berlyno industrinių teritorijų situacija bei problemos. Pasitelkiant gerosios Berlyno bei kitų šalių patirties pavyzdžiais ieškoma būdų, kaip pagerinti Vilniaus apleistų, nesutvarkytų gamybinių teritorijų padėtį. Konversijos samprata ir pasaulio šalių pavyzdžiai analizuojami pasitelkiant mokslinę literatūrą. Darbe analizuojami atliktos socialinės apklausos rezultatai, siekiant išsiaiškinti Vilniaus konversijos poreikio bei visuomenės požiūrio į industrines erdves ypatybes, lemiančias įvairių teritorijų konversijos tipų plėtrą mieste. Taip pat apklausos rezultatų dėka sprendžiama apie tolimesnes industrinių statinių bei teritorijų konversijos projektų perspektyvas Vilniuje. Baigiamajame darbe apžvelgiami esami ir planuojami Vilniaus ir Berlyno industrinių teritorijų konversijos projektai. Jais remiantis PESTEL metodu analizuojama industrinių teritorijų konversijos situacija. Analizė atliekama politiniu, ekonominiu, socialiniu, technologiniu, aplinkos bei teisiniu požiūriais. Darbo pabaigoje pateikiami pasiūlymai ir išvados. Darbą sudaro septynios dalys: įvadas, konversijos samprata ir pasaulio praktika, apklausos rezultatų apžvalga, analizės metodų ir kriterijų apžvalga, palyginamoji analizė, išvados ir siūlymai... [toliau žr. visą tekstą]

Diplomová práce popisuje co je loftové bydlení a jeho historii. Snaží se vysvětlit důvody konverze industriálních částí městských center a poukazuje na výhody i nevýhody loftů. Ukazuje možné řešení prostoru bytu a snaží se nastínit budoucí vývoj v tomto, tak stále více žádaném a oblíbeném, způsobu bydlení., Diploma thesis describe what is loft living and its history. It aims to explain reasons of converting industrial parts of city centres and advert to advantages and disadvantages of lofts. It is showing possibilities in solving space of flat. It Also aims to outline future development in this such a popular style of living., Ústav produktového designu, obhájeno

Ramps and scaffoldsThe lifting of large stones during antiquityUntil well into the 18th century, many scholars thought that megaliths were erected by giants. Less supernatural theories did not occur in print until the 19th century. One of these was expressed in a small pamphlet from 1857, “On the Building Manner of the Passage Graves of the Antiquity”, written by the Danish King Frederik the Seventh. Earlier (1853), the king had been convinced that first the capstones had been placed on a mound and then the uprights had been placed in holes dug out under the capstone (fig. 7). When all uprights were in place, the remaining earth was removed. This so-called mound theory is almost completely forgotten, but it surfaced sporadically in the 20th century, last when J. Osenton was reconstructing dolmens in the Cotswold Hill Quarry by Cheltenham in England in 1996-97.In 1857, Frederik the Seventh put forward the ramp theory, according to which the capstone is pulled up on a ramp to the already finished chamber (fig. 7-8). According to Frederik the Seventh’s proposal, the ramp was built from earth lengthwise covered with timber, on top of which the capstone would have been pulled up on rolls.However, the king had not invented this theory. It was known in Scandinavia and Holland already around 1800. In 1815, N. Westendorf in Holland suggested the use of earth ramps, and the following years the Dutch developed the ramp theory further.Both the early Dutch antiquarians and others referred to the fact that from the 16th to the 19th century (after the Spanish conquest), Inca workers in Peru, when erecting large buildings, used earth ramps for pulling large stones in place. During their golden age (1300-l500 AD), the Incas were masters in building with large stones that weighed up to well over 200 metric tons. Perhaps the know ledge of Inca earth ramps inspired the early European antiquarians to suggest that the megaliths had also been pulled in place by the use of ramps.In 1983, a

Ramps and scaffoldsThe lifting of large stones during antiquityUntil well into the 18th century, many scholars thought that megaliths were erected by giants. Less supernatural theories did not occur in print until the 19th century. One of these was expressed in a small pamphlet from 1857, “On the Building Manner of the Passage Graves of the Antiquity”, written by the Danish King Frederik the Seventh. Earlier (1853), the king had been convinced that first the capstones had been placed on a mound and then the uprights had been placed in holes dug out under the capstone (fig. 7). When all uprights were in place, the remaining earth was removed. This so-called mound theory is almost completely forgotten, but it surfaced sporadically in the 20th century, last when J. Osenton was reconstructing dolmens in the Cotswold Hill Quarry by Cheltenham in England in 1996-97.In 1857, Frederik the Seventh put forward the ramp theory, according to which the capstone is pulled up on a ramp to the already finished chamber (fig. 7-8). According to Frederik the Seventh’s proposal, the ramp was built from earth lengthwise covered with timber, on top of which the capstone would have been pulled up on rolls.However, the king had not invented this theory. It was known in Scandinavia and Holland already around 1800. In 1815, N. Westendorf in Holland suggested the use of earth ramps, and the following years the Dutch developed the ramp theory further.Both the early Dutch antiquarians and others referred to the fact that from the 16th to the 19th century (after the Spanish conquest), Inca workers in Peru, when erecting large buildings, used earth ramps for pulling large stones in place. During their golden age (1300-l500 AD), the Incas were masters in building with large stones that weighed up to well over 200 metric tons. Perhaps the know ledge of Inca earth ramps inspired the early European antiquarians to suggest that the megaliths had also been pulled in place by the use of ramps.In 1983, a

Ramps and scaffoldsThe lifting of large stones during antiquityUntil well into the 18th century, many scholars thought that megaliths were erected by giants. Less supernatural theories did not occur in print until the 19th century. One of these was expressed in a small pamphlet from 1857, “On the Building Manner of the Passage Graves of the Antiquity”, written by the Danish King Frederik the Seventh. Earlier (1853), the king had been convinced that first the capstones had been placed on a mound and then the uprights had been placed in holes dug out under the capstone (fig. 7). When all uprights were in place, the remaining earth was removed. This so-called mound theory is almost completely forgotten, but it surfaced sporadically in the 20th century, last when J. Osenton was reconstructing dolmens in the Cotswold Hill Quarry by Cheltenham in England in 1996-97.In 1857, Frederik the Seventh put forward the ramp theory, according to which the capstone is pulled up on a ramp to the already finished chamber (fig. 7-8). According to Frederik the Seventh’s proposal, the ramp was built from earth lengthwise covered with timber, on top of which the capstone would have been pulled up on rolls.However, the king had not invented this theory. It was known in Scandinavia and Holland already around 1800. In 1815, N. Westendorf in Holland suggested the use of earth ramps, and the following years the Dutch developed the ramp theory further.Both the early Dutch antiquarians and others referred to the fact that from the 16th to the 19th century (after the Spanish conquest), Inca workers in Peru, when erecting large buildings, used earth ramps for pulling large stones in place. During their golden age (1300-l500 AD), the Incas were masters in building with large stones that weighed up to well over 200 metric tons. Perhaps the know ledge of Inca earth ramps inspired the early European antiquarians to suggest that the megaliths had also been pulled in place by the use of ramps.In 1983, a

Ramps and scaffoldsThe lifting of large stones during antiquityUntil well into the 18th century, many scholars thought that megaliths were erected by giants. Less supernatural theories did not occur in print until the 19th century. One of these was expressed in a small pamphlet from 1857, “On the Building Manner of the Passage Graves of the Antiquity”, written by the Danish King Frederik the Seventh. Earlier (1853), the king had been convinced that first the capstones had been placed on a mound and then the uprights had been placed in holes dug out under the capstone (fig. 7). When all uprights were in place, the remaining earth was removed. This so-called mound theory is almost completely forgotten, but it surfaced sporadically in the 20th century, last when J. Osenton was reconstructing dolmens in the Cotswold Hill Quarry by Cheltenham in England in 1996-97.In 1857, Frederik the Seventh put forward the ramp theory, according to which the capstone is pulled up on a ramp to the already finished chamber (fig. 7-8). According to Frederik the Seventh’s proposal, the ramp was built from earth lengthwise covered with timber, on top of which the capstone would have been pulled up on rolls.However, the king had not invented this theory. It was known in Scandinavia and Holland already around 1800. In 1815, N. Westendorf in Holland suggested the use of earth ramps, and the following years the Dutch developed the ramp theory further.Both the early Dutch antiquarians and others referred to the fact that from the 16th to the 19th century (after the Spanish conquest), Inca workers in Peru, when erecting large buildings, used earth ramps for pulling large stones in place. During their golden age (1300-l500 AD), the Incas were masters in building with large stones that weighed up to well over 200 metric tons. Perhaps the know ledge of Inca earth ramps inspired the early European antiquarians to suggest that the megaliths had also been pulled in place by the use of ramps.In 1983, a

Ramps and scaffoldsThe lifting of large stones during antiquityUntil well into the 18th century, many scholars thought that megaliths were erected by giants. Less supernatural theories did not occur in print until the 19th century. One of these was expressed in a small pamphlet from 1857, “On the Building Manner of the Passage Graves of the Antiquity”, written by the Danish King Frederik the Seventh. Earlier (1853), the king had been convinced that first the capstones had been placed on a mound and then the uprights had been placed in holes dug out under the capstone (fig. 7). When all uprights were in place, the remaining earth was removed. This so-called mound theory is almost completely forgotten, but it surfaced sporadically in the 20th century, last when J. Osenton was reconstructing dolmens in the Cotswold Hill Quarry by Cheltenham in England in 1996-97.In 1857, Frederik the Seventh put forward the ramp theory, according to which the capstone is pulled up on a ramp to the already finished chamber (fig. 7-8). According to Frederik the Seventh’s proposal, the ramp was built from earth lengthwise covered with timber, on top of which the capstone would have been pulled up on rolls.However, the king had not invented this theory. It was known in Scandinavia and Holland already around 1800. In 1815, N. Westendorf in Holland suggested the use of earth ramps, and the following years the Dutch developed the ramp theory further.Both the early Dutch antiquarians and others referred to the fact that from the 16th to the 19th century (after the Spanish conquest), Inca workers in Peru, when erecting large buildings, used earth ramps for pulling large stones in place. During their golden age (1300-l500 AD), the Incas were masters in building with large stones that weighed up to well over 200 metric tons. Perhaps the know ledge of Inca earth ramps inspired the early European antiquarians to suggest that the megaliths had also been pulled in place by the use of ramps.In 1983, a

Bakalářská práce se zabývá návrhem dřevěné nosné konstrukce zastřešení církevního objektu o půdorysných rozměrech 15,5 x 17,5m v obci Chudčice severozápadně od Brna. Výška objektu je 16m z toho 12m tvoří krov. Hlavní nosnou konstrukci krovu tvoří nárožní krokve ztužené dřevěným rámem, na kterém je uložen trámový strop půdy. Hlavní nosné pruty jsou navrženy z lepeného lamelového dřeva GL24, ostatní nosné pruty jsou navrženy ze dřeva C22. Střecha kaple, která je tvořena průnikem dvou střech stanových, je ve sklonu 62° a střešní plášť tvoří asfaltový šindel. Ve vrchní části krovu je zvonová stolice se zvonem, technické zařízení zajišťující automatické zvonění je umístěno na půdě. Spoje dřevěných prutů jsou řešeny pomocí ocelových styčníků., Bachelor's thesis deals with wooden loadbearing structure the roofing of the ecclesiastical building with dimensions 15,5 x 17,5 meters in the village Chudcice northwest of Brno. The building is 16 meters high and the roof is 12 meters high. The main loadbearing roofing structure consists of corner rafters reinforced wood frame, here is placed joist floor of loft. The main beams are designed from glued laminated wood GL24, other supporting beams are designed from wood C22. The roof of the chapel is formed by intersection of two pyramidal roof and it is at an angle of 62°. Roof cladding is made of asphalt shingle. Bell stool with a bell is in the top of the roof. Technical equipment ensuring automatic chime is located in the loft. Connections of wooden beams are designed with steel joints.

Bakalářská práce je projekt rodinného domu v Hněvotíně. Jedná se o samostatně stojící dům tvaru „L“ s jedním podzemním a dvěmi nadzemními podlažími. Budova je navržena pro čtyřčlennou rodinu. V suterénu budovy se nachází herna, posilovna, koupelna a technická místnost. V prvním nadzemním podlaží se nachází zádveří se vstupem do garáže a haly. Z haly se dostáváme na záchod nebo do obývacího pokoje propojeného s kuchyní a jídelní částí. Z obývacího pokoje vede dvouramenné schodiště do druhého nadzemního podlaží popřípadě do suterénu. V druhém nadzemním podlaží se nachází chodba, ze které je přístupná úklidová místnost, dvě ložnice dětí, koupelna a ložnice rodičů se samostatnou koupelnou. Druhé nadzemní podlaží je řešeno jako podkroví. Střešní plášť tvoří pálená střešní taška Tondach. Svislé obvodové zdivo v suterénu je tvořeno z betonových bednících tvárnic Diton ZB 400x300x250 mm. Vnitřní nosné zdivo v suterénu stejně jako nosné zdivo nadzemní části domu je tvořeno z keramických tvárnic Porotherm 30 P+D 247x300x238 mm. Vodorovná nosná konstrukce je tvořená stropními nosníky Pot a vložkami Miako stropního systému Porotherm, pouze pod garáží je stropní konstrukce tvořena jako monolitická železobetonová deska., This Bachelor Thesis is a project of a family house in Hněvotín. It is a detached house built in the “L shape” with one underground and two aboveground floors. The building is designed for a family of four. In the basement of the building there is a playroom, a gym, a bathroom and a utility room. On the ground floor there is a vestibule with an entry to the garage and the hall. From the hall we can enter the toilet or the living room which is connected to the kitchen and the dining room. There is a half landing staircase leading from the living room to the first floor or the basement. On the first floor there is another hall, which leads to the storage room, two nurseries, bathroom and a bedroom with an on suite bathroom. The whole first floor is designed as a loft. The roofing is made of clay roofing tiles Tondach. Vertical peripheral masonry in the basement consists of concrete formwork blocks Dito ZB 400x300x250 mm. The basement internal bearing wall and the bearing wall above ground both consist of ceramic bricks Porotherm 30 P+D 247x300x238 mm. The horizontal structural frame consists of ceiling beams Pot and inserts Miako from the Porotherm system. The only exception is the ceiling system in the garage where it is stylized into a monolithic reinforced concrete panel.

Diplomová práce - Městská knihovna Ivančice - zpracována ve formě projektové dokumentace dle platných předpisů a norem. Jedná se o novostavbu veřejné stavby. Navržena je železobetonová skeletová konstrukce, vyplněna obvodovým zdivem s kontaktním zateplením. Budova obsahuje suterén a tři nadzemní podlaží. Střecha je plochá jednoplášťová., The master´s thesis - City Library Ivančice - is drafted as a building documentation under relevant laws and standarts. The project processes documentation of a new house of publick building. It is designed as a reinforced concrete frame with, filled with brickwork and contact insulation. The building contains basement and three aerial floors. The roof is designed as single layer flat roof.

Návrh polyfunkčního objektu na nároží nedaleko historického centra Brna., Design of mixed-use building on corner plot near historic center of Brno.

Jedná se o novostavbu rodinného domu samostatně stojícího v obci Rudíkov. Objekt je výškově a architektonicky navržen tak, aby splňoval požadavky okolní zástavby. Dům má bazén, saunu, garáž, je částečně podsklepený a má obytné podkroví. Suterén složí jako posilovna a místo pro skladování. Zbytek domu je koncipován jako jednogenerační, pro jednu rodinu o 3-4 lidech (dva rodiče, jedno až dvě děti). Konstrukční systém domu je z cihelných bloků Porotherm, včetně stropní konstrukce. Dům má sedlovou střechu řešenou bezvaznicovým systémem (hambálek). Jako krytina slouží asfaltové pásy., This project features an independent newly built family home located in the municipality of Rudikov. The height and architectural style of the building respect the requirements of the neighboring areas. The house has a pool, sauna, garage, includes a cellar smaller than the footprint of the house and a loft. The cellar is used as gym and storage. The house itself is conceived as single family home for 3-4 people (2 parents + 1-2 children). It is built of bricks – Porotherm bricks, including ceiling constructions. The house has a gable roof which is designed as a roof without purlin system. As covering of the roof serves roof bitumen sheets.

Bakalárska práca vychádza z architektonickej štúdie vypracovanej v rámci predmetu Ateliér architektonickej tvorby [AG035]. Predmetom návrhu je novostavba komplexu bytového domu spolu s parkovaním v meste Vancouver v Kanade. Pozemok do ktorého patrí navrhnutá budova, sa nachádza v mestskej časti Downtown district v blízkosti George Wainborn park a Granvillského mosta. Jedná sa o oblasť určenú pre rezidenčné a zmiešané využitie. Spodná časť budovy je vyvýšená a čiastočne priechodná, nachádza sa tu stĺporadie nesúce váhu obytnej budovy. Každé podlažie je rozdelené na 6 hlavných častí. Severný modul tvorí komunikačné jadro budovy. Typické obytné podlažie je tvorené, okrem komunikačného jadra, 7 bytovými jednotkami. Vstupy do jednotlivých bytov sú umiestnené pozdĺž átria cez pavlač. V smere hodinových ručičiek pri orientácii pôdorysu na sever sa jedná o bytové jednotky v nasledujúcom poradí: dve 1+1 kk, štyri 1 kk & 2+1 kk. Celkový počet obytných jednotiek je 86. K budove náleží podzemné parkovanie pre rezidentov a zamestnancov. Hlavný vstup je navrhnutý zo severnej strany, bol tu vytvorený predpriestor, slúžiaci ako verejné priestranstvo s lavičkami a zatrávnenými plochami so stromami. Vytvorené sú dve kruhové spevnené plochy, spojené cestičkami, ktoré kompozične dopĺňajú objekt. Základným pôdorysným tvarom je šesťuholník. Tento geometrický tvar poskytuje možnosť rozdelenia do modulov, čím vytvára flexibilitu objektu. Ostré geometrické tvary dopĺňajú organické balkóny, obopínajúce sa okolo formy. Repetitívnosť je narušená výrezmi, tvoriacimi komunitné zázemia roztrúsené po budove. Stredom budovy sa tiahne átrium zastrešené kupolou, átriom stúpajú a klesajú jednoramenné schodiská, vytvárajúce dynamiku. Objekt je zastrešený extenzívnou zelenou strechou, dominantným materiálom fasády je betón, v kombinácii s hliníkovými oknami a zábradlím krémovej farby. V rámci projektovej dokumentácie je riešená polovica objektu SO.01., The bachelor's thesis is based on an architectural study developed within the subject Studio of Architectural Creation [AG035]. The subject of the proposal is the new construction of an apartment building complex with parking in the city of Vancouver, Canada. The land to which the proposed building belongs is located in the Downtown district, near George Wainborn Park and the Granville Bridge. This is an area intended for residential and mixed use. The lower part of the building is elevated, rows of columns are bearing the weight of the residential building, creating an option of walking underneath the structure. Each floor is divided into 6 parts. The northern module forms the communication core of the building. A typical residential floor consists of, apart from the communication core, 7 residential units. The entrances to the individual apartments are located along the atrium through the living room. Clockwise, with the floor plan oriented to the north, these are the housing units in the following order: two 1+1kk, four 1kk & 2+1kk. The total number of residential units is 86. The building includes underground parking for residents and employees of the building. The main entrance is designed from the north side, a vestibule was created here, serving as a public space with benches and grassy areas with trees. Two circular reinforced surfaces are created, connected by paths, which complement the object compositionally. The basic plan shape is a hexagon. This geometric shape provides the possibility of division into modules, thus creating the flexibility of the building. Sharp geometric shapes are complemented by organic balconies that wrap around the form. Repetitiveness is broken by cut-outs, forming community facilities scattered around the building. The center of the building holds an atrium surrounded by a ring of built-on gallery, single-arm staircases rise and fall through the atrium, creating dynamics. The building is covered with an extensive green roof, th

Bakalářská práce se zabývá návrhem dřevěné nosné konstrukce zastřešení církevního objektu o půdorysných rozměrech 15,5 x 17,5m v obci Chudčice severozápadně od Brna. Výška objektu je 16m z toho 12m tvoří krov. Hlavní nosnou konstrukci krovu tvoří nárožní krokve ztužené dřevěným rámem, na kterém je uložen trámový strop půdy. Hlavní nosné pruty jsou navrženy z lepeného lamelového dřeva GL24, ostatní nosné pruty jsou navrženy ze dřeva C22. Střecha kaple, která je tvořena průnikem dvou střech stanových, je ve sklonu 62° a střešní plášť tvoří asfaltový šindel. Ve vrchní části krovu je zvonová stolice se zvonem, technické zařízení zajišťující automatické zvonění je umístěno na půdě. Spoje dřevěných prutů jsou řešeny pomocí ocelových styčníků., Bachelor's thesis deals with wooden loadbearing structure the roofing of the ecclesiastical building with dimensions 15,5 x 17,5 meters in the village Chudcice northwest of Brno. The building is 16 meters high and the roof is 12 meters high. The main loadbearing roofing structure consists of corner rafters reinforced wood frame, here is placed joist floor of loft. The main beams are designed from glued laminated wood GL24, other supporting beams are designed from wood C22. The roof of the chapel is formed by intersection of two pyramidal roof and it is at an angle of 62°. Roof cladding is made of asphalt shingle. Bell stool with a bell is in the top of the roof. Technical equipment ensuring automatic chime is located in the loft. Connections of wooden beams are designed with steel joints.

Táto diplomová práca sa zaoberá optimalizáciou činností viacčlenných posádok dopravných lietadiel, čo je známe pod pojmom Crew Resource Management (CRM). Prostredníctvom rozboru leteckých nehôd a ľudského faktora prináša predstavu o hlavnom účele programu CRM. Na základe týchto poznatkov sa ďalej práca zaoberá organizačnými aspektmi spojenými s výberom a plánovaním letových posádok., The aim of this master„s thesis is detailed study of multipilot airliner?s crew in sence of optimalization of its actions, which is known as Crew Resource Management (CRM). This paper shows what is the main purpose of CRM through the air crash investigations and human factor analysis. According to this findings, the last chapter presents problems of flight crew planning and personnel selection.

Predmetom diplomovej práce je novostavba polyfunkčného domu v katastrálnom území Černá Pole mesta Brno v radovej zástavbe bytových domov.Objekt je navrhnutýpäť podlažný s jedným podzemným a 4 nadzemnými podlažiami. Objekt sa nachádza v svahovitom teréne. V podzemnom podlaží sa nachádzajú podzemné garáže s kapacitou 18 parkovacích miest a technická miestnosť. V prvom nadzemnom podlaží sa nachádza obchodný priestory a zázemie bytovej časti domu. V druhom až štvrtom nadzemnom podlaží sa nachádzajú byty. Hlavný vstup do budovy je orientovaný na sever., The subject of master thesis is new building of mixed-use building in the cadastral area Brno city part Černá Pole in a row of residential buildings. The building is designed with five storeys with one underground and 4 aboveground floors. The property is located in a sloping terrain. There are garages with a capacity of 18 parking spaces in underground floor and a technical room. On the first floor there are business premises and the background of the apartment building. From the second to fourth floor there are flats. The main entrance to the building is north-facing.

Predmetom diplomovej práce je novostavba polyfunkčného domu v katastrálnom území Černá Pole mesta Brno v radovej zástavbe bytových domov.Objekt je navrhnutýpäť podlažný s jedným podzemným a 4 nadzemnými podlažiami. Objekt sa nachádza v svahovitom teréne. V podzemnom podlaží sa nachádzajú podzemné garáže s kapacitou 18 parkovacích miest a technická miestnosť. V prvom nadzemnom podlaží sa nachádza obchodný priestory a zázemie bytovej časti domu. V druhom až štvrtom nadzemnom podlaží sa nachádzajú byty. Hlavný vstup do budovy je orientovaný na sever., The subject of master thesis is new building of mixed-use building in the cadastral area Brno city part Černá Pole in a row of residential buildings. The building is designed with five storeys with one underground and 4 aboveground floors. The property is located in a sloping terrain. There are garages with a capacity of 18 parking spaces in underground floor and a technical room. On the first floor there are business premises and the background of the apartment building. From the second to fourth floor there are flats. The main entrance to the building is north-facing.

Obsahem této diplomové práce je návrh dispozičního a stavebního řešení objektu „PENZION PRO SENIORY“. Jedná se o rozlehlý objekt, jehož jižní křídlo je jednopodlažní s podsklepením, centrální objekt je dvoupodlažní bez podsklepení a severní křídlo objektu je jednopodlažní bez podsklepení. Na severní a jižní křídlo navazují dřevěné přístřešky. Architektura byla volena tak, aby objekt působil klidným a pozitivním dojmem pro pobyt osob v důchodovém věku. Střešní konstrukce je tvaru sedlového s dvěma hlavními vikýři. Barva střechy červená, barva fasády bílá. Vnitřní prostory objektu jsou navrženy tak, aby splňovali nároky na pohodlné bydlení jak jednotlivých osob (jednotlivé garsoniéry), tak páru v důchodovém věku (byty 2+KK). V okolí objektu jsou umístěné další menší objekty určené pro vyžití osob postaršího věku, ovšem aktivně činných. Objekt je zděný, založený na základových pasech a roznášející základové desce. Střešní konstrukce je tvořena dřevěnou nosnou krokvovou soustavou, na hlavním objektu se středovými vaznicemi, na severním a jižním křídle bezvaznicovou soustavou. Objekt je zateplený systémem ETICS, střešní krytina je keramická v kombinaci s plechovou falcovanou krytinou. Hlavní obytná část se nachází v 1. a 2. nadzemním podlaží centrálního objektu, v jižním křídle se nachází restaurace se zázemím, v severním křídle potom wellness přístupný také veřejnosti. V suterénu jižního křídla se nachází technické zázemí celého objektu, jako je garáž, technická místnost, servisní místnost, kolárna a sklad. Dále se zde nachází zázemí pro zaměstnance kuchyně včetně skladů pro kuchyni., Content of this thesis is proces and structural layout design of subject „SENIORS’ BOARDINGHOUSE“. It’s a wide subject, which south wing is designed as single-storey with cellarage, central subject is two-storeyd without cellarage. Wooden shelters are connected to north and south wing. Architecture has been chosen in order to make a subject evoking calm and positive impression for retirement aged persons living. Roof structure is double-pitched shape with two main skylights. Roof is red coloured and a facade is white. Interior space of subject is designed to satisfy a demands for comfortable living of single persons (one-room flats) as well as retirement aged couples (2+KK flats). Round the subject there are situated further tinier subjects there designed for utilization by seniors, but for those who are still active. Subject is brick, founded on continuous footing and spreading slab. Roof structure is constructed of wooden bearing rafter framework which is, in case of main object, designed with central binding rafter and collar roof in case of north and south wing. Subject is insulated with External Thermal Insulation Composite System, roof is covered by ceramic roof covering in combination with folded sheet metal covering. Main living quarters is situated in first and second above-ground storey of central subject, restaurant with background lie in south wing and wellness available for public as well is situated in north wing. In basement of south wing there is technical background of whole subject situated there as is garage, technical room, service room, bicycle room and storage. Next the kitchen staff background including storages for kitchen lie here.

Tato diplomová práce se zabývá rekonstrukcí městského úřadu v Adamově, spočívající v řešení bezbariérového užívání stavby, celkové zlepšení energetické náročnosti budovy a vytvoření nových kancelářských prostor, formou půdní vestavby. Objekt je umístěn na stavební parcele v obci Adamov. Objekt je v současnosti napojen na pozemní komunikaci III. třídy, parkoviště a inženýrské sítě. Jedná se o stavbu se třemi nadzemními podlažími a jedním suterénním podlažím. Půdorys objektu městského úřadu má tvar obdélníku, jehož maximální obrysové rozměry jsou 28,38 x 16,70m. Stávající svislé nosné konstrukce jsou zděné z cihel plných pálených. Konstrukce krovu je dřevěná, vaznicová soustava stojaté stolice, střešní krytinou je pálená taška. Podlahové plochy jsou tvořeny keramickou dlažbou či vinylem. Vstupní část je zastřešena plochou střechou. Nově bude řešen vstupní prostor jakožto bezbariérový, s návazností na výtah procházející celým objektem. V prvním a druhém podlaží dojde k rekonstrukci sociálního zázemí. Nově vzniklé podkrovní podlaží bude, kromě výtahu, napojeno na vnitřní prostory objektu novým ocelovým schodištěm a stěny tohoto podlaží budou lehkého typu. Dojde k výměně výplní otvorů v obvodovém zdivu a k zateplení celého objektu kontaktním zateplovacím systémem. V této práci jsou řešeny přípravné a studijní práce, prováděcí dokumentace, textové zprávy, výpočty tepelně technického posouzení, požárně bezpečnostní řešení. Projektová dokumentace je zpracovaná v souladu s aktuálně platnými zákony, vyhláškami a normami., This thesis deals with the reconstruction of the Adamov municipality,based on a solution of barrier-free building use, overall improvement of the energy performance of the building and creation of new office spaces in the form of a loft. The object is located on a building site in the town Adamov. The object is currently connected to a III. road, parking space and utilities. It is a building with three above-ground floors and one basement floor. The ground plan of the municipality is rectangle-shaped, the maximum outline dimensions of the rectangle are 28.38 x 16.70m. Existing vertical supporting constructions are mason made of fired bricks. The roof frame structure is made of wood, construction framework stagnant stool, fired tiles are used as roofing. Floor surfaces are formed by ceramic tiles or vinyl. The entrance part is covered with a flat roof. The entrance area will be redesigned as a barrier-free, with a connection to the elevator that goes through the entire object. The sanitary facilities in the first and in the second floor will be renovated. Newly created attic floor will be – except for the lift - connected to the interior of the building by a new steel staircase and the walls on this floor will be of a light type. Holes fillings will be changed in the perimeter walls. A thermal insulation of the entire object by a contact heating system will take place. This thesis consists of preparatory work and studies, implementing documentation, text reports, calculations of the thermal technical assessment and fire safety solutions. Project documentation is made in accordance with currently valid laws, regulations and standards.

Táto diplomová práca sa zaoberá optimalizáciou činností viacčlenných posádok dopravných lietadiel, čo je známe pod pojmom Crew Resource Management (CRM). Prostredníctvom rozboru leteckých nehôd a ľudského faktora prináša predstavu o hlavnom účele programu CRM. Na základe týchto poznatkov sa ďalej práca zaoberá organizačnými aspektmi spojenými s výberom a plánovaním letových posádok., The aim of this master„s thesis is detailed study of multipilot airliner?s crew in sence of optimalization of its actions, which is known as Crew Resource Management (CRM). This paper shows what is the main purpose of CRM through the air crash investigations and human factor analysis. According to this findings, the last chapter presents problems of flight crew planning and personnel selection.

Bakalářská práce je projekt rodinného domu v Hněvotíně. Jedná se o samostatně stojící dům tvaru „L“ s jedním podzemním a dvěmi nadzemními podlažími. Budova je navržena pro čtyřčlennou rodinu. V suterénu budovy se nachází herna, posilovna, koupelna a technická místnost. V prvním nadzemním podlaží se nachází zádveří se vstupem do garáže a haly. Z haly se dostáváme na záchod nebo do obývacího pokoje propojeného s kuchyní a jídelní částí. Z obývacího pokoje vede dvouramenné schodiště do druhého nadzemního podlaží popřípadě do suterénu. V druhém nadzemním podlaží se nachází chodba, ze které je přístupná úklidová místnost, dvě ložnice dětí, koupelna a ložnice rodičů se samostatnou koupelnou. Druhé nadzemní podlaží je řešeno jako podkroví. Střešní plášť tvoří pálená střešní taška Tondach. Svislé obvodové zdivo v suterénu je tvořeno z betonových bednících tvárnic Diton ZB 400x300x250 mm. Vnitřní nosné zdivo v suterénu stejně jako nosné zdivo nadzemní části domu je tvořeno z keramických tvárnic Porotherm 30 P+D 247x300x238 mm. Vodorovná nosná konstrukce je tvořená stropními nosníky Pot a vložkami Miako stropního systému Porotherm, pouze pod garáží je stropní konstrukce tvořena jako monolitická železobetonová deska., This Bachelor Thesis is a project of a family house in Hněvotín. It is a detached house built in the “L shape” with one underground and two aboveground floors. The building is designed for a family of four. In the basement of the building there is a playroom, a gym, a bathroom and a utility room. On the ground floor there is a vestibule with an entry to the garage and the hall. From the hall we can enter the toilet or the living room which is connected to the kitchen and the dining room. There is a half landing staircase leading from the living room to the first floor or the basement. On the first floor there is another hall, which leads to the storage room, two nurseries, bathroom and a bedroom with an on suite bathroom. The whole first floor is designed as a loft. The roofing is made of clay roofing tiles Tondach. Vertical peripheral masonry in the basement consists of concrete formwork blocks Dito ZB 400x300x250 mm. The basement internal bearing wall and the bearing wall above ground both consist of ceramic bricks Porotherm 30 P+D 247x300x238 mm. The horizontal structural frame consists of ceiling beams Pot and inserts Miako from the Porotherm system. The only exception is the ceiling system in the garage where it is stylized into a monolithic reinforced concrete panel.

Diplomová práce - Bytový dům - zpracována ve formě projektové dokumentace dle platných předpisů a norem. Jedná se o novostavbu bytového domu. Je navržena zděná budova se suterénem a třemi nadzemními podlažími. Střecha je navržena plochá pochozí., Master's thesis - Apartment house - is drafted as building documentation under relevant laws and standarts. The project processes documentation of a new Apartment building. It is designed as a brick building with basement and three aerial floors. The roof is designed as a flat and walkable roof.

Tato diplomová práce se zabývá rekonstrukcí městského úřadu v Adamově, spočívající v řešení bezbariérového užívání stavby, celkové zlepšení energetické náročnosti budovy a vytvoření nových kancelářských prostor, formou půdní vestavby. Objekt je umístěn na stavební parcele v obci Adamov. Objekt je v současnosti napojen na pozemní komunikaci III. třídy, parkoviště a inženýrské sítě. Jedná se o stavbu se třemi nadzemními podlažími a jedním suterénním podlažím. Půdorys objektu městského úřadu má tvar obdélníku, jehož maximální obrysové rozměry jsou 28,38 x 16,70m. Stávající svislé nosné konstrukce jsou zděné z cihel plných pálených. Konstrukce krovu je dřevěná, vaznicová soustava stojaté stolice, střešní krytinou je pálená taška. Podlahové plochy jsou tvořeny keramickou dlažbou či vinylem. Vstupní část je zastřešena plochou střechou. Nově bude řešen vstupní prostor jakožto bezbariérový, s návazností na výtah procházející celým objektem. V prvním a druhém podlaží dojde k rekonstrukci sociálního zázemí. Nově vzniklé podkrovní podlaží bude, kromě výtahu, napojeno na vnitřní prostory objektu novým ocelovým schodištěm a stěny tohoto podlaží budou lehkého typu. Dojde k výměně výplní otvorů v obvodovém zdivu a k zateplení celého objektu kontaktním zateplovacím systémem. V této práci jsou řešeny přípravné a studijní práce, prováděcí dokumentace, textové zprávy, výpočty tepelně technického posouzení, požárně bezpečnostní řešení. Projektová dokumentace je zpracovaná v souladu s aktuálně platnými zákony, vyhláškami a normami., This thesis deals with the reconstruction of the Adamov municipality,based on a solution of barrier-free building use, overall improvement of the energy performance of the building and creation of new office spaces in the form of a loft. The object is located on a building site in the town Adamov. The object is currently connected to a III. road, parking space and utilities. It is a building with three above-ground floors and one basement floor. The ground plan of the municipality is rectangle-shaped, the maximum outline dimensions of the rectangle are 28.38 x 16.70m. Existing vertical supporting constructions are mason made of fired bricks. The roof frame structure is made of wood, construction framework stagnant stool, fired tiles are used as roofing. Floor surfaces are formed by ceramic tiles or vinyl. The entrance part is covered with a flat roof. The entrance area will be redesigned as a barrier-free, with a connection to the elevator that goes through the entire object. The sanitary facilities in the first and in the second floor will be renovated. Newly created attic floor will be – except for the lift - connected to the interior of the building by a new steel staircase and the walls on this floor will be of a light type. Holes fillings will be changed in the perimeter walls. A thermal insulation of the entire object by a contact heating system will take place. This thesis consists of preparatory work and studies, implementing documentation, text reports, calculations of the thermal technical assessment and fire safety solutions. Project documentation is made in accordance with currently valid laws, regulations and standards.