A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Solar chimney for enhanced stack ventilation
Abstract A steady state mathematical model has been developed for a solar chimney which is used to enhance the effect of thermally induced ventilation in buildings. The model takes into consideration different sizes of the openings of a solar chimney with varying values of the discharge coefficients. Numerical calculations performed for different values of ambient temperature and solar radiation show that a solar collector area of 2.25 (m2) is able to induce an air flow between 140 (m3/hr) to 330 (m3/hr) for solar radiation of 200 (W/m2) and 1000 (W/m2) respectively.
Solar chimney for enhanced stack ventilation
Abstract A steady state mathematical model has been developed for a solar chimney which is used to enhance the effect of thermally induced ventilation in buildings. The model takes into consideration different sizes of the openings of a solar chimney with varying values of the discharge coefficients. Numerical calculations performed for different values of ambient temperature and solar radiation show that a solar collector area of 2.25 (m2) is able to induce an air flow between 140 (m3/hr) to 330 (m3/hr) for solar radiation of 200 (W/m2) and 1000 (W/m2) respectively.
Solar chimney for enhanced stack ventilation
Bansal, N.K. (author) / Mathur, Rajesh (author) / Bhandari, M.S. (author)
Building and Environment ; 28 ; 373-377
1993-01-01
5 pages
Article (Journal)
Electronic Resource
English
Solar chimney for enhanced stack ventilation
| British Library Online Contents | 1993
Solar chimney for enhanced stack ventilation
| Online Contents | 1993