TY - BOOK
T1 - Thermal Response of Roof Structures with Embedded Heat Pipes
AU - Ryan, Dylan
AU - Burek, Stanislaw
N1 - Contract N.TREN/07/FP6EN/S07.73591/038605
Low Energy Hotels in Southern Europe
Deliverable 8: Report on Physical Modelling relating of Roof Structures [author note]
Library note: report not available online.
PY - 2010
Y1 - 2010
N2 - Computer simulation is an invaluable design tool, but when innovative systems are being developed, it is useful to make physical measurements in order to validate, or at least verify, the algorithms and results from a computer model. Therefore, in the context of this contract, the physical modelling was intended to provide data to verify the computer simulation model of the thermal behaviour of roof structures, of the type commonly used in southern Europe, and in particular as they are proposed to be modified. The principal modification and innovation is to embed heat pipes into the roof, to provide a rapid-response cooling path for the upper rooms immediately under the roof.
AB - Computer simulation is an invaluable design tool, but when innovative systems are being developed, it is useful to make physical measurements in order to validate, or at least verify, the algorithms and results from a computer model. Therefore, in the context of this contract, the physical modelling was intended to provide data to verify the computer simulation model of the thermal behaviour of roof structures, of the type commonly used in southern Europe, and in particular as they are proposed to be modified. The principal modification and innovation is to embed heat pipes into the roof, to provide a rapid-response cooling path for the upper rooms immediately under the roof.
M3 - Commissioned report
BT - Thermal Response of Roof Structures with Embedded Heat Pipes
PB - Glasgow Caledonian University
CY - Glasgow
ER -