Analysis of the air exchange in livestock building through the computational fluid dynamics

Increasing consumption of meat and products worldwide is closely linked to improving the living environment for livestock. According zoo experts, appropriate microclimate in buildings leads improved metabolic processes their cultivation contributes rapid weight gain. The issue raising new-borns young animals especially relevant. Achieving optimal parameters premises, together with necessary veterinary care reduces stress mortality them. above requires implementation new modern engineering solutions design construction livestock buildings. use numerical simulations, through CFD programs modelling solving problems, as well creation adequate mathematical models, a prerequisite reducing time resources solve problem. Based on accumulated experience authors farms this publication, simulation air exchange building breeding sows piglets presented. physical model, research analysis are realized middle Ansys Fluent. Two models organization proposed. obtained data temperature speed fields will lead an improvement considered site. In addition, they could serve basis conducting next series computer simulations. built can be adapted other constructions types animals. more in-depth examination factors related animal husbandry help increase pork yields