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Your search keyword '"Barkokebas, Beda"' showing total 29 results
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29 results on '"Barkokebas, Beda"'

5. Musculoskeletal Symptoms and Skin Temperature Variations in Solid Waste Collectors

Author

Castro, Pamela, Gorga Lago, Eliane Maria, Mendes da Cruz, Felipe, Zlatar, Tomi, Vasconcelos, Bianca M., Bezerra Martins, Ana Rosa, Bezerra Martins, Laura, Araújo Costa, Marcus, Barkokébas, Béda, Jr., Kacprzyk, Janusz, Series Editor, Arezes, Pedro M., editor, Baptista, J. Santos, editor, Barroso, Mónica P., editor, Carneiro, Paula, editor, Cordeiro, Patrício, editor, Costa, Nélson, editor, Melo, Rui B., editor, Miguel, A. Sérgio, editor, and Perestrelo, Gonçalo, editor

Published
2020
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6. Risk Analysis of Water Blasting Activity in the Automobile Industry

Author

Azevedo Dobbin, Bruno, Zlatar, Tomi, Mendes da Cruz, Felipe, Vasconcelos, Bianca M., Bezerra Martins, Ana Rosa, Barkokébas, Béda, Jr., Gorga Lago, Eliane Maria, Kacprzyk, Janusz, Series Editor, Arezes, Pedro M., editor, Baptista, J. Santos, editor, Barroso, Mónica P., editor, Carneiro, Paula, editor, Cordeiro, Patrício, editor, Costa, Nélson, editor, Melo, Rui B., editor, Miguel, A. Sérgio, editor, and Perestrelo, Gonçalo, editor

Published
2020
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12. A framework for offsite construction manufacturing process improvement through digitalization and automated real-time data collection

Author

Barkokebas, Beda

Abstract

This thesis proposes methods to apply real-time data to improve manufacturing operations in offsite construction using a combination of tools such as simulation, machine learning, and exploratory data analysis. These methods are applied to increase flexibility in operations and digitalize the design, planning, and manufacturing phases in offsite construction. Through empirical implementations, the proposed methods provide applications of digitalization to improve offsite construction manufacturing operations by integrating existing information systems while combining and applying design-related and real-time data gathered from shop floors. The proposed framework includes implementation of digitalization strategies in the design, bidding, and procurement phases of offsite construction. The proposed framework also integrates building information modelling with lean-based metrics based on real-time data gathered using radio-frequency identifier sensors logistically installed on a shop floor The proposed method addresses improvement measures using a combination of expert’s knowledge and statistical analysis, thus reducing the impact of personal opinions with respect to proposed changes to the shop floor in favor of empirical analysis supported by actual production data. A simulation-based analysis is also introduced to address the impact of the proposed framework in terms of increasing labour flexibility and reducing the average cycle time of projects in offsite construction. The key contribution of this research is the development of a framework and methods to improve manufacturing operations in offsite construction by leveraging digitalization and real-time data.

Published
2022
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26. A BIM-based automation of design and drafting for manufacturing of wood panels for modular residential buildings

Author

Alwisy, Aladdin, Bu Hamdan, Samer, Barkokebas, Beda, Bouferguene, Ahmed, and Al-Hussein, Mohamed

Abstract

ABSTRACTDesign and drafting requirements associated with modular construction exceed those of the traditional stick-built method. Man-made errors, design assumptions and onsite interpretations of the shop drawings cannot be tolerated. Therefore, building information modelling (BIM) is needed to facilitate the automation of design and drafting for manufacturing. However, high initial cost, required expertise and limitations of currently available software prevent BIM from realizing its full potentials. This research introduces a systematic methodology for automating the drafting and design for manufacturing of wood-framed panels for modular residential buildings. It utilizes 2D computer-aided design (CAD) drawings to automatically generate BIM and construction manufacturing BIM; subsequently, shop drawings for the wood-framed panels are developed according to the platform framing method. The proposed framework is incorporated into a computer application called MCMPro, which is developed using visual basic application within CAD environment. Reduced design cost, improved layout accuracy and enhanced productivity are expected advances of MCMPro.

Published
2019
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