This paper aims at optimizing the performance of roofing components equipped with a ventilated interspace in order to reduce the heat load inside the animal houses. By means of a theoretical model and experimental tests, the three-dimensional profile of the air temperature in the duct is determined. Consequently the air temperature inside a typical house for livestock is calculated. The air flow is considered uniform inside the rectangular duct and the thermal problem is solved by adopting H2 boundary conditions. The air temperature in the house is then calculated and the optimal duct thickness minimizing it was determined.
P.Liberati, M. Spiga, P. Zappavigna (2009). Optimization of ventilated roofs for livestock housing. INTERNATIONAL COMMUNICATIONS IN HEAT AND MASS TRANSFER, 36, 432-437 [10.1016/j.icheatmasstransfer.2009.01.023].
Optimization of ventilated roofs for livestock housing
LIBERATI, PAOLO;ZAPPAVIGNA, PAOLO
2009
Abstract
This paper aims at optimizing the performance of roofing components equipped with a ventilated interspace in order to reduce the heat load inside the animal houses. By means of a theoretical model and experimental tests, the three-dimensional profile of the air temperature in the duct is determined. Consequently the air temperature inside a typical house for livestock is calculated. The air flow is considered uniform inside the rectangular duct and the thermal problem is solved by adopting H2 boundary conditions. The air temperature in the house is then calculated and the optimal duct thickness minimizing it was determined.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
