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A NEW MODELLING APPROACH OF A MULTIZONE BUILDING TO ASSESS THE INFLUENCE OF BUILDING ORIENTATION IN SAHARAN CLIMATE

机译:评估Saharan气候中建筑方位影响的多区域建筑建模新方法。

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摘要

Orientation of building is a very important factor which is directly connected to the standards of thermal comfort within building. It is guided by natural elements like sunlight and its intensity, direction of the wind, seasons of the year and temperature variations. The orientation effect of a non-air-conditioned building on its thermal performance has been analyzed in terms of direct solar gain and temperature index for hot-dry climates. This paper aims at introducing an improved methodology for the dynamic modeling of buildings by the thermal nodal method. The evaluation is derived from a series of computer simulations. As a result, the influence of orientation changing depends on the floors and exterior walls constructing materials, the insulation levels and application of the inseparable rules of the bioclimatic design.
机译:建筑物的方向是非常重要的因素,它直接关系到建筑物内的热舒适性标准。它受自然因素(例如阳光及其强度,风向,一年中的季节和温度变化)的影响。对于非空调建筑物,其热性能的定向效应已根据干热气候下的直接日照量和温度指数进行了分析。本文旨在介绍一种通过热节点法对建筑物进行动态建模的改进方法。评估来自一系列计算机模拟。结果,方向变化的影响取决于建筑材料的地板和外墙,隔热水平以及生物气候设计不可分割的规则的应用。

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