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Thermal insulation materials for building applications

Latif, Eshrar, Bevan, Rachel and Woolley, Tom 2019. Thermal insulation materials for building applications. London: Institute of Civil Engineers. 10.1680/timfba.63518.fm

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Abstract

Modern day buildings are now expected to be low energy or near zero energy to reduce carbon emissions. A key step in making building low energy is to minimise heat transfer through the building fabric with insulation fabrics. However, how can a practitioner choose the most effective fabric for the job in hand? With so many thermal insulation materials on the market and each making claims associated with their performance, it is difficult for a specifier, contractor or an end user to select the insulation material most appropriate for a specific building project. Thermal Insulation Materials for Building Applications aims to address that problem. This book presents the variations, technical details and capabilities of state-of-the-art of thermal insulation materials for building applications. As a single source of information on all aspects of insulation materials, the reader can make an informed choice and select the necessary insulation accordingly. This guide includes discussions on various properties of thermal insulation materials such as thermal conductivity heat capacity moisture resistance moisture adsorption and absorption capacity role of thermal and hygric mass in dynamic hydrothermal boundary conditions sustainability with regards to insulation materials embodied and operational energy with regards to insulation materials bio-based and synthetic insulation materials durability of insulation materials acoustics and insulation materials and economics of insulation materials.

Item Type: Book
Book Type: Authored Book
Date Type: Publication
Status: Published
Schools: Architecture
Additional Information: DOI links to e-book version of Contents and preliminary pages
Publisher: Institute of Civil Engineers
ISBN: 9780727763518
Last Modified: 05 Nov 2020 14:00
URI: http://orca-mwe.cf.ac.uk/id/eprint/131332

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