相对于传统结构而言，受力蒙皮结构是一种高效的结构体系。
Relative to the traditional construction, the stressed skin diaphragm system is an efficacious structure system.
单层压型板受力蒙皮体结构的试验与研究已经取得了一定的成果。
The study and research of the single panels stressed skin diaphragms has already get much achievement.
受力蒙皮结构是一种新型的空间受力结构，受力蒙皮组合体是其重要的组成元件。
Shear diaphragm assembly is the main component of the stressed skin diaphragm structures, one of the new space structures.
受力蒙皮体是考虑屋面、墙面压型钢板与框架，檩条进行可靠连接而共同工作的结构体系。
The stressed skin diaphragms is a structural system that consider profiled sheet of roof and metope working with framework and purline.
受力蒙皮体是考虑屋面、墙面压型钢板与框架、檩条进行可靠连接而共同工作的结构体系。
The stressed skin diaphragm is a structural system that consider profiled sheet of roof and metope working with framework and purline.
受力蒙皮是考虑房屋屋面、墙面的压型钢板与框架、檩条进行可靠连接而共同工作的结构体系。
The stressed skin diaphragm is a structural system that considers profiled sheet of roof and metope working together with framework and purline.
为了研究波峰连接的受力蒙皮体的抗剪性能，在已有试验研究的基础上，开展了数值模拟分析。
In order to investigate the shear behavior of crest fixed stressed skin diaphragm, the numerical simulation analysis has been conducted based on the comparing experiments.
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.
随着压型钢板的广泛应用，充分考虑这些面层在其平面内的抗剪能力——受力蒙皮作用，不仅能真实反映结构的实际工作，而且还可获得相当的经济效益。
With widely applying of profiled sheet, it is not only reflect the working of structure but also obtain benefit that considering the ability resistance to shear of profiled sheet in the plane itself.
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.
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.
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