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A bioclimatic approach to passive solar design in algeria / SALAH BOUMARA

Public ISBD Titre : A bioclimatic approach to passive solar design in algeria Type de document : texte imprimé Auteurs : SALAH BOUMARA, Auteur ; WINCH .G.r, Directeur de thèse Année de publication : 1988 Importance : 240 p. Langues : Anglais (eng) Catégories : Architecture Mots-clés : Algerian,bioclimatic buildingair, air temperature, solar radiation Résumé : Despitea variety of Algerian climatic zones , the difference in human response ,and the different effect of environmental factors in each regions ,the design method employs the same technical procedures . The overall aim of ma research is to establish a bioclimatic approavh to passive solar desing in algeria this will show an understanding of the direct utilismbient of ambient and renewable energy sources such as sun , wind and water ,by what iscalled climate –balanced builging . Because of the wide variety of climate, an introduction to the Algerian climate is of significance , and the effect of climatic elements on thermal comfort and building design is analysed . a bioclimatic analysis of different regions is undertaken , and the design measures for maintaining thermal comfort are evaluated . As solar radiation is the most critical element determining the Algerian climate , a computer program has been developed to predict solar radiation and to assess its contribution to the sensible heating effect on the ambient air temperature in terms of sol –air and surface temperatures. Design and evaluation of shading device for solar control is discussed in detail , paying particular attention to the eggcrate shading device . as a result , a computer program enables the simulation of the effect of the shading device in controlling the quantity of solar radiation entering the building Since wind is con sidered as the most important natural means for cooling in hot weather , an invertigation assessing ventilation performance in relation to human comfort and passive cooling of buildings during overheated periods was carried out , with emphasisis on the importance of studying the aerodynamics of single-cell buildings , using a wind –tunnel . An approach to the problem and technical analysis of evaporative cooling systems and their applications for the enivironmental control is undertaken Finally the research is concluded by many recommendation for passive design in Algeria . A bioclimatic approach to passive solar design in algeria [texte imprimé] / SALAH BOUMARA, Auteur ; WINCH .G.r, Directeur de thèse . - 1988 . - 240 p. Langues : Anglais (eng) Catégories : Architecture Mots-clés : Algerian,bioclimatic buildingair, air temperature, solar radiation Résumé : Despitea variety of Algerian climatic zones , the difference in human response ,and the different effect of environmental factors in each regions ,the design method employs the same technical procedures . The overall aim of ma research is to establish a bioclimatic approavh to passive solar desing in algeria this will show an understanding of the direct utilismbient of ambient and renewable energy sources such as sun , wind and water ,by what iscalled climate –balanced builging . Because of the wide variety of climate, an introduction to the Algerian climate is of significance , and the effect of climatic elements on thermal comfort and building design is analysed . a bioclimatic analysis of different regions is undertaken , and the design measures for maintaining thermal comfort are evaluated . As solar radiation is the most critical element determining the Algerian climate , a computer program has been developed to predict solar radiation and to assess its contribution to the sensible heating effect on the ambient air temperature in terms of sol –air and surface temperatures. Design and evaluation of shading device for solar control is discussed in detail , paying particular attention to the eggcrate shading device . as a result , a computer program enables the simulation of the effect of the shading device in controlling the quantity of solar radiation entering the building Since wind is con sidered as the most important natural means for cooling in hot weather , an invertigation assessing ventilation performance in relation to human comfort and passive cooling of buildings during overheated periods was carried out , with emphasisis on the importance of studying the aerodynamics of single-cell buildings , using a wind –tunnel . An approach to the problem and technical analysis of evaporative cooling systems and their applications for the enivironmental control is undertaken Finally the research is concluded by many recommendation for passive design in Algeria .

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