摘要
http://www.sciencedirect.com/science/journal/03787788/119Volume 119,Pages 1-376(1 May 2016)(1)Computational study and experimental validation of the heat ventilation in a living room with a solar patio system,P28-40,by Slah Driss,Zied Driss,Imen Kallel Kammoun Abstract:The numerical investigation of the heat ventilation and thermal comfort evaluation in a living room with a patio system
Abstract： The numerical investigation of the heat ventilation and thermal comfort evaluation in a living room with a patio system was undertaken using a validated computational fluid dynamic （CFD） model. The Reynolds averaged Navier-Stokes （RANS） modeling approach with the k-E turbulence model was used for the numeri- cal investigations. The steady-state governing equations weresolved using the software SolidWorks Flow Simulation. Based on the various flow simulations, the numerical results obtained for the temperature distributions, the airflow patterns and the turbulence characteristics inside the building were presented. Using the numeri- cal results, it was noticed that the choice of the building design can improve comfort conditions by modifying the microclimate of the building and by enhancing the airflow in it. Indeed, it was found that patio system can be useful of a heat source in the building.
出处
《建筑节能》
CAS
2016年第5期5-5,共1页
BUILDING ENERGY EFFICIENCY
