小屋拥有难忘的拱形太阳能屋顶，模块化的设计，模块化的构造和专为家庭聚会设计的房屋布局。
An impressive arched solar roof is paired with modular design and construction and a house layout designed for large family gatherings.
屋面的屋面构造中针对刚性屋顶防水易裂缝而发生渗漏的情况，采取了下列措施来削减裂缝。
In the roof structure of the roof for the rigid waterproof easy to crack and leakage of the situation, to take the following measures to reduce the cracks.
图3.11描述了设置在建筑中的保温层，图3.13表示了其内部构造，图示说明了其非常规的位置和屋顶厚度。
Figure 3.11 depicts the levels of insulation installed in the house construction, while figure 3.13 shows the interior, which illustrates the exceptional position and thickness of the roof.
分析了屋面防水卷材渗漏的原因：如外界环境因素的影响、施工方法不当的影响、屋顶本身构造及使用过程的影响等；并对其渗漏常见现象提出了解决方法。
This paper analyzes the causations of roof waterproof roll leakage, such as the effect of environment factors, unmerited construction method, roof structure and usage course.
但是由于其横向搭接困难，故当建筑屋顶有天窗、风机、气楼等突起构造以及需要与采光带等不同材料组合时，容易产生渗漏。
However because of its difficult lapping, it is easy for a leak to be produced when there are skylights , fans and clearstory etc, at the roof of a building.
即使是平屋顶，其屋面在构造中也还有一定的坡度，以使雨水经此坡汇集流下。
Although termed flat roofs, they are often constructed with a slight fall to enable the rainwater to run off.
最主要的是构造简单，比实体材料隔热屋顶降温效果好。
The mainest is tectonic and simple more adiabatic than hypostatic material housetop drops in temperature the effect is good.
通过一个夏热冬冷地区办公建筑的工程实例，采用节能计算的方法对其屋顶的保温隔热构造进行节能设计。
Based on an engineering example of office building in hot summer and cold winter region, using the method of calculating, energy-saving design of roof insulation calculation is made in this paper.
通过屋顶平面相交得到屋脊线，通过点的范围分析确定屋顶的边缘，最后添加竖直的墙面构造完整的房屋模型。
The roof's ridge line is obtained by intersecting roof planes, and the building's footprint is determined by analysis of roof points.
通过屋顶平面相交得到屋脊线，通过点的范围分析确定屋顶的边缘，最后添加竖直的墙面构造完整的房屋模型。
The roof's ridge line is obtained by intersecting roof planes, and the building's footprint is determined by analysis of roof points.
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