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  5. An assessment of the thermal storage capacity of hemp-lime using the Transient Performance Ratio method
 
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An assessment of the thermal storage capacity of hemp-lime using the Transient Performance Ratio method

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Author(s)
Kinnane, Oliver 
Reilly, Aidan 
Uri
http://hdl.handle.net/10197/11985
Date Issued
21 June 2017
Date Available
25T12:54:36Z February 2021
Abstract
Many claims are made regarding the superior thermal performance of high heat capacity materials under the general heading of thermal mass. However, the benefits of thermal mass are poorly quantified in existing literature. These issues often become more important in the case of biobased materials, where thick, monolithic wall construction leads to a stronger connection between a building's structure and the indoor environment. New materials include hemp-lime concrete, which offers a combination of structural, thermal and hygroscopic properties that make it suitable for incorporation into the building envelope. Hemp-lime has long been proposed to offer excellent thermal mass performance, yet this impact is poorly quantified in existing literature. This paper uses the Transient Energy Ratio (TER) method, developed by these authors, to compare the performance of hemp-lime concrete walls with traditional solid wall and cavity wall constructions.
Type of Material
Journal Article
Publisher
Association Universitaire de Génie Civil
Journal
Academic Journal of Civil Engineering
Volume
35
Issue
2
Start Page
529
End Page
534
Keywords
  • Transient energy rati...

  • TER

  • Thermal mass

  • Diffusivity

  • Hemp-lime

DOI
10.26168/icbbm2017.80
Web versions
http://www.icbbm.org/2017.html
Language
English
Status of Item
Peer reviewed
Description
The 2nd International Conference on Bio-based Building Materials & 1st Conference on ECOlogical valorisation of GRANular and Fibrous Materials, Clemont-Ferrand, France, 21-23 June 2017
This item is made available under a Creative Commons License
https://creativecommons.org/licenses/by-nc-nd/3.0/ie/
Owning collection
Architecture, Planning and Environmental Policy Research Collection
Views
556
Last Month
9
Acquisition Date
Mar 22, 2023
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30
Acquisition Date
Mar 22, 2023
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