Conference
Dimension stone cladding design - Dowel Anchorage Design
Proceedings of the 2nd International Congress on Dimension Stones (ICDS)
2008 — International Congress on Dimension Stones
—Key information
Authors:
Published in
May 2008
Abstract
In stone cladding the adhesion process is always a delicate process and determinant for the duration of the application (cladding itself). Generally it is common to divide the product fixtures into two systems: the material’s natural nesting and the mechanical fixing of the products. While the first situation envisages the positioning of the materials in an ordered manner aiming to attain a rigid system that fulfils the objective of the application project (for example a sidewalk or a simple wall), the use of artificial fixtures for stone products, the so called indirect fixing system, have observed a major evolution not only with respect to the bonding elements used, but mainly concerning the techniques involved. In a building’s “skin”, stone and its supporting systems shall be compatible with the behaviour and performance of other interfacing systems, such as curtain walls and superstructure frames. In this sense, a properly executed dimensional stone cladding must be designed and installed within the capabilities and limitations of the stone’s support system to resist all active forces or actions. The most important aspects in the design of dimension stone cladding involves the configuration, size and spacing of the panels and also that of the anchorage system that will affix the stone panels to the underlying building substrate.
Publication details
Authors in the community:
Luís Manuel Guerra da Silva Rosa
ist11630
Vera Lúcia Cordeiro Pires
ist149791
Publication version
VoR - Version of Record
Publisher
International Congress on Dimension Stones
Title of the publication container
Proceedings of the 2nd International Congress on Dimension Stones (ICDS)
Location of the conference
Carrara, Italy
Conference date start
05/29/2008
Conference date end
05/31/2008
First page or article number
203
Last page
207
Fields of Science and Technology (FOS)
materials-engineering - Materials engineering
Publication language (ISO code)
eng - English
Rights type:
Restricted access