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Your search keyword '"Erik Lindqvist, J."' showing total 4 results
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4 results on '"Erik Lindqvist, J."'

1. RILEM TC 203-RHM: Repair mortars for historic masonry

Author

Groot, TC 203 RHM: C., Hughes, K. J. J., van Balen, K., Bicer Simsir, B., Binda, Luigia, Elsen, J., van Hees, R., von Konow, T., Erik Lindqvist, J., Maurenbrecher, P., Papayanni, I., Subercaseaux, M., Tedeschi, Cristina, Toumbakary, E., Thompson, M., Valek, J., and Veiga, R.

Subjects
Renders, Plasters, Requirement, Degradation, Repair, Architectural engineering, Engineering, BM - Building Materials, Buildings and Infrastructure, plasters, Forensic engineering, General Materials Science, renders, Built Environment, Building Engineering & Civil Engineering, requirements, Built environment, degradation, Civil and Structural Engineering, Building construction, TS - Technical Sciences, business.industry, Building and Construction, Masonry, Architecture Materials, Mechanics of Materials, repair, Mortar, Decision process, business
Abstract

This article focuses on repair or replacement mortars for historical buildings. Both the decision process and questions arising are dealt with, in order to better define and illustrate technical requirements for mortars to be used for the repair or restoration of monuments and historic buildings (masonry mortars, plasters, renders…). The article summarizes a longer document, meant to help professionals in their decisions on the interventions, taking into account aspects, which are ranging from the ethics of restoration to the technical requirements.

Published
2012
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2. RILEM TC 203-RHM: Repair mortars for historic masonry. Repair mortars for historic masonry. From problem to intervention: a decision process

Author

van Hees, TC 203 RHM: R., Hughes, J. J., Groot, C., van Balen, K., Bicer Simsir, B., Binda, Luigia, Elsen, J., von Konow, T., Erik Lindqvist, J., Maurenbrecher, P., Papayanni, I., Subercaseaux, M., Tedeschi, Cristina, Toumbakary, E., Thompson, M., Valek, J., and Veiga, R.

Subjects
Engineering, Architectural engineering, business.industry, Building and Construction, Masonry, Intervention (law), Mechanics of Materials, Forensic engineering, General Materials Science, MortarsRepairDecision processRequirements, Mortar, Decision process, business, Built environment, Civil and Structural Engineering
Abstract

This article focuses on repair or replacement mortars for historical buildings. Both the decision process and questions arising are dealt with, in order to better define and illustrate technical requirements for mortars to be used for the repair or restoration of monuments and historic buildings (masonry mortars, plasters, renders…). The article summarizes a longer document, meant to help professionals in their decisions on the interventions, taking into account aspects, which are ranging from the ethics of restoration to the technical requirements.

Published
2012

3. Rilem TC 203-RHM. Repair mortars for historic masonry. The role of mortar in masonry: an introduction to requirements for the design of repair mortars

Author

Hughes, TC 203 RHM: J. J., Groot, C., van Balen, K., Bicer Simsir, B., Binda, Luigia, Elsen, J., van Hees, R., von Konow, T., Erik Lindqvist, J., Maurenbrecher, P., Papayanni, I., Subercaseaux, M., Tedeschi, Cristina, Toumbakary, E., Thompson, M., Valek, J., and Veiga, R.

Subjects
Engineering, BM - Building Materials, Buildings and Infrastructure, engineering.material, Civil engineering, Mortar, Classification, Requirements, Specification, General Materials Science, Built Environment, Building Engineering & Civil Engineering, requirements, Civil and Structural Engineering, TS - Technical Sciences, Thermal dilatation, business.industry, Grout, Structural integrity, Building and Construction, Environmental exposure, Masonry, specification, Architecture Materials, classification, Mechanics of Materials, Service life, mortar, business
Abstract

Mortar has been in use for many thousands of years and is integral to most masonry construction. Its use is widespread in every culture where masonry is constructed. It is present in the majority of the global built cultural heritage, and is therefore a major consideration in building conservation. The effective design of a mortar for repairing masonry depends on a clear understanding of its function. The main functional uses of mortar in masonry are classified as bedding, pointing, grout, render, plaster, flooring and mortars for surface repairs. The requirements that each type of mortar must meet in service depend on its environmental exposure and its role in the masonry element that it is found within (e.g. issues such as historic authenticity, aesthetics, resistance to moisture ingress, structural integrity, and service life). Technical requirements such as adhesion, strength, elasticity, water and vapour transmittance, drying behaviour, thermal dilatation, ability to deal with salt contamination and freeze–thaw cycling, and its aesthetic properties can be quantified. Mortar properties can be adjusted by varying ingredients and their proportions, to meet the differing technical requirements

Published
2012

4. Rilem TC 203-RHM: Repair mortars for historic masonry. Testing of hardened mortars, a process of questioning and interpreting

Author

TC 203 RHM, Van balen, K., Bicer Simsir, B., Binda, Luigia, Blauer, C., Elsen, J., Groot, C., Hansen, E., Van hees, R., Henriques, F., Huges, J., Goumbakari, E. E., Von konow, T., Erik lindqvist, J., Maurenbrecher, P., Middendorf, B., Papayianni, J., Simon, S., Stefanidou, M., Subercaseaux, M., Tedeschi, Cristina, Thinsibm, N., Valek, H., Valluzzi, M. R., Vanhellemount, Y., and Veiga, R.

Subjects
Engineering, business.industry, Testing, Building and Construction, mortars, Masonry, Mechanics of Materials, Restoration, Plaster, Forensic engineering, Murs de maçonnerie, Render, General Materials Science, Technical committee, Decision process, Mortar, business, Civil and Structural Engineering, Building construction
Abstract

This paper presents an approach to the use and interpretation of tests on mortar samples when restoring historic masonry. It is largely based on the work performed by the former RILEM technical committee 167-COM, Characterisation of old mortars, closed in 2003, and the ongoing committee 203-RHM, Repair mortars for historic masonry. The focus of the present paper is on the decision process: what to test and how to interpret the test results.

Published
2009

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