A model simulating the transient environmental conditions inside livestock houses has been created for building design. The software can be applied to any type of building, animal or climatic situation and gives as outputs the heat exchange trough all the building components and the internal air temperature and humidity values, per minute. From these values some parameters are calculated useful to evaluate the building thermal behaviour: Temperature Humidity Index, duration of the exposure to heat stress, possibility of recovering by nocturnal refreshment, benefit from mechanical ventilation or evaporative cooling. The application to three study cases (a pig house, a veal barn and a shelter for cows) is presented and the possibility of improving the building design and management pointed out.
P. Liberati, P. Zappavigna (2010). A SIMULATION MODEL TO PREDICT THE INTERNAL CLIMATIC CONDITIONS IN LIVESTOCK HOUSES AS A TOOL FOR IMPROVING THE BUILDING DESIGN AND MANAGEMENT. QUÉBEC : Agriculture and Agrifood Canada.
A SIMULATION MODEL TO PREDICT THE INTERNAL CLIMATIC CONDITIONS IN LIVESTOCK HOUSES AS A TOOL FOR IMPROVING THE BUILDING DESIGN AND MANAGEMENT
LIBERATI, PAOLO;ZAPPAVIGNA, PAOLO
2010
Abstract
A model simulating the transient environmental conditions inside livestock houses has been created for building design. The software can be applied to any type of building, animal or climatic situation and gives as outputs the heat exchange trough all the building components and the internal air temperature and humidity values, per minute. From these values some parameters are calculated useful to evaluate the building thermal behaviour: Temperature Humidity Index, duration of the exposure to heat stress, possibility of recovering by nocturnal refreshment, benefit from mechanical ventilation or evaporative cooling. The application to three study cases (a pig house, a veal barn and a shelter for cows) is presented and the possibility of improving the building design and management pointed out.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.