建筑物与室外大气接触的外表面积与其所包围的体积的比值。外表面积中,不包括地面和不采暖楼梯间内墙及户门的面积。
一、建筑体形系数 建筑体形系数(shape coefficient of building)是指建筑物与室外大气 接触的外表面积与其所包围的体积的比值。 外表面积即我们通常所说的围护结构 面积。
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...: 居住建筑;体形系数;间歇运行;夏热冬冷地区;建筑节能 [gap=1632]Key words: residential building; shape coefficient; intermittent operation; in hot summer and cold winter areas; building energy ..
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Fourthly, findng the influences in story height h / building height H, shape coefficient and the relations with energy consumption.
紧接着模拟分析了建筑层高h和建筑总高度H对体形系数的影响以及由此带来的建筑能耗的变化规律。
参考来源 - 居住建筑体形系数与建筑节能·2,447,543篇论文数据,部分数据来源于NoteExpress
体形系数是影响建筑能耗的主要因素。
Shape coefficient is a main factor to affect the energy consumption of the building.
验证数值模拟方法用于计算结构表面风压及体形系数的可行性。
It's validate numerical simulation methods used to calculate the structure of the surface of the feasibility of wind pressure and the shape coefficient.
在众多影响建筑能耗的参数中,建筑体形系数对其的影响是非常明显的。
Among the many implications of building energy consumption parameters, the shape coefficient is one of very important factors.
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