受压构件是结构的主要受力杆件。
杆件节点是保证高耸钢结构安全的关键部位，对结构受力性能有着重要影响。
The member joint is crucial to ensure high-rise steel structural safety, and it is very important to effect structural force.
本课将通过一系列实验，向学生介绍结构材料的基本性能和简单结构杆件及体系的受力表现。
This course introduces students to basic properties of structural materials and behavior of simple structural elements and systems through a series of experiments.
由于煤矿主井井架提升能力的增加，引起井架杆件受力增大，受迫振动频率增大，导致安全性能降低。
The safety of a main well headframe would be reduced significantly, due to increased loading capacity and higher vibration frequency in a coalmine.
采用有限元计算和试验数据建立的回归模型方法来研究一般受损条件下轴心受压圆钢管杆件受力的全过程。
This paper studies the whole behavior of dent-damaged tubular members with the help of a regression model, which was developed from published test results and finite element analysis.
但是在地震荷载作用下，防屈曲耗能支撑对结构变形、敏感杆件受力均具有非常好的减震效果。
When seismic load is working, the BRBs can smaller the amplitudes not only the displacement vibration of whole structure but the load of the sensitive member bar.
通过对拨杆受力情况的分析，指出拨杆工作表面轮廓应为凹渐开线，并对设计含有这类拨杆件的机构提出了建议。
In this paper, the contour of the shifter lever is defined with the analysis of the force between the shifter lever and the driven part.
通过对拨杆受力情况的分析，指出拨杆工作表面轮廓应为凹渐开线，并对设计含有这类拨杆件的机构提出了建议。
In this paper, the contour of the shifter lever is defined with the analysis of the force between the shifter lever and the driven part.
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