TY - JOUR
T1 - An integrated heat transfer attic and multiroom thermal building model
AU - Megri, Ahmed C
AU - Yu, Yao
PY - 2014/1/1
Y1 - 2014/1/1
N2 - The triangular 3-D shape of the attic enclosures and its exposure to both the indoor and outdoor environment make it different than other common building zones. A comprehensive heat transfer attic model has been developed and integrated to the building thermal model. In this paper, an integrated thermal attic/building model has been developed for the transient-state situation by including thermal capacitances of both indoor air and building envelope. The objective is not only to accurately take into account the characteristics of attics into building simulation programs, but also to study the effects of the attic temperature and ventilation rate on the energy demands and thermal comfort of the building. © 2014 ASHRAE.
AB - The triangular 3-D shape of the attic enclosures and its exposure to both the indoor and outdoor environment make it different than other common building zones. A comprehensive heat transfer attic model has been developed and integrated to the building thermal model. In this paper, an integrated thermal attic/building model has been developed for the transient-state situation by including thermal capacitances of both indoor air and building envelope. The objective is not only to accurately take into account the characteristics of attics into building simulation programs, but also to study the effects of the attic temperature and ventilation rate on the energy demands and thermal comfort of the building. © 2014 ASHRAE.
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M3 - Conference article
SN - 0001-2505
VL - 120
SP - 236
EP - 247
JO - ASHRAE Transactions
JF - ASHRAE Transactions
IS - PART 1
T2 - 2014 ASHRAE Winter Conference
Y2 - 18 January 2014 through 22 January 2014
ER -