A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
This thesis studies two simplified modeling methods of indoor dynamic temperature distributions. The modeling procedures still rely on the computational fluid dynamics (CFD) theory but only solves the energy equations. The fundamental assumption for the modeling methods is that the indoor air flow field can be kept constant. It is validated to be true by using smoke visualization in an air-conditioned room with forced air flows. The air field and effective exchange coefficients can be percalculated with the steady-state CFD calculation.
This thesis studies two simplified modeling methods of indoor dynamic temperature distributions. The modeling procedures still rely on the computational fluid dynamics (CFD) theory but only solves the energy equations. The fundamental assumption for the modeling methods is that the indoor air flow field can be kept constant. It is validated to be true by using smoke visualization in an air-conditioned room with forced air flows. The air field and effective exchange coefficients can be percalculated with the steady-state CFD calculation.
Modeling of Indoor Thermal Conditions for Comfort Control in Buildings
X. Peng (author)
1996
180 pages
Report
No indication
English
Architectural Design & Environmental Engineering , Environmental Engineering , Fluid Mechanics , Comfort , Air conditioning , Computational fluid dynamics , Buildings , Mathematical models , Air flow , Heat flow , Heat transfer , Theses , Space HVAC systems , Ventilation systems , Indoor air quality , Flow visualization , Foreign technology
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