这被称为压型钢板的蒙皮效应。
And this is called stressed-skin effect of corrugated steel sheet.
本文主要研究目前低层民居中正被推广使用的轻钢密立柱墙体的蒙皮效应。
This research is mainly about the stressed skin diaphragm in light-guage steel stud walls of the low-dwelling-house, which is widely used.
对目前采用常用板型和连接方法形成的的蒙皮效应进行了分析和评测，并提出了一些建议。
The effect of skin diaphragms that made of general used boards and connect method is analyzed, some Suggestions are presented in the part.
轻钢结构的应力蒙皮效应在技术层面上，不考虑压型钢板的受力对结构本身一个不合理的简化假定。
On the technique view, the concept in design of stressed skin diaphragm in the light steel structure is always that the mechanical behaviors of profiled steel sheeting are not considered.
最后通过算例，将计算结果与参考结果相比较，充分验证了蒙皮效应在高层结构中可有效控制建筑物的侧移。
An example is given to compare the presented method and the methods in related literatures, which shows that the membrane can effectively control the side-displacement of building.
时效应力松弛校形和成形方法已成功地用于制造飞机铝合金蒙皮壁板，具有很多优点。
The ageing-stress relaxation sizing and forming processes have been successfully used to form complex skin panels to typical aircraft tolerances with many advantages compared to other methods.
钢板薄膜效应是从钢结构的受力蒙皮技术中拓展而来的，其主要特点是充分利用钢板在面内的抗剪和抗拉效应。
Membrane effect of steel is evolved from the technology of stressed skin in steel structure, of which the characteristic is the sufficient utilization of the effect of tensility-resist.
钢板薄膜效应是从钢结构的受力蒙皮技术中拓展而来的，其主要特点是充分利用钢板在面内的抗剪和抗拉效应。
Membrane effect of steel is evolved from the technology of stressed skin in steel structure, of which the characteristic is the sufficient utilization of the effect of tensility-resist.
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