An experimental and numerical study is presented, analyzing the performance of a new bioclimatic building, featuring an integrated solar chimney roof. Laboratory tests on a 1/2 scale model building, and Computational Fluid Dynamics (CFD) simulations were performed, aimed to provide the needed predictive tools for the thermal behaviour of the full scale prototype. Experimental measurements and numerical results are compared, and they are in good agreement. The study lends support to the practice of combining Small-Scale Modelling and CFD for the evaluation of energy efficiency and comfort in buildings.
Small-scale and Numerical Modeling of a Passive Solar Ventialtion System / Barozzi, Giovanni Sebastiano; M. S., Imbabi; E., Nobile; A. C. M., Sousa. - STAMPA. - (1991), pp. 225-236. (Intervento presentato al convegno Computational Methods and Experimental Measurements V - CMEM 91 tenutosi a Montreal (Canada) nel 23-26 July 1991).
Small-scale and Numerical Modeling of a Passive Solar Ventialtion System
BAROZZI, Giovanni Sebastiano;
1991
Abstract
An experimental and numerical study is presented, analyzing the performance of a new bioclimatic building, featuring an integrated solar chimney roof. Laboratory tests on a 1/2 scale model building, and Computational Fluid Dynamics (CFD) simulations were performed, aimed to provide the needed predictive tools for the thermal behaviour of the full scale prototype. Experimental measurements and numerical results are compared, and they are in good agreement. The study lends support to the practice of combining Small-Scale Modelling and CFD for the evaluation of energy efficiency and comfort in buildings.
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