It can be predicted that the cylindrical shell structure is better than the plane structure in reducing welding residual stress through local loading.
因此可以预见，对于应用局部加载降低结构体焊接残余应力，柱壳结构要比平板结构效果更好。
Cylindrical shell structure is one of the familiar structural style in civil engineering, mechanical engineering, aviation, aerospace and other fields.
圆柱壳结构是土木工程、航空、航天、机械工程等领域中常见的一种结构形式。
Structure can be analyzed and designed by using the axisymmetrical cylindrical shell theory with moment. A series of stress strain and displacement tests are carried out in situ construction.
利用轴对称圆柱壳有矩理论进行结构分析、设计，并在施工现场进行了一系列应力、应变和变形测试。
The shallow cylindrical shell is a typical type of structure of aircraft.
圆柱形扁壳是飞行器的常见结构形式。
We want to control the radial rigidity by adjusted the structural parameter, so that the mechanical capability of the new structure would be similar to cylindrical shell.
设想通过调整结构参数来控制连结点处径向刚度，使该结构实现对完整圆柱壳力学性能的模拟。
The cylindrical shell, reinforced with non-uniform circular ring-frames, is a new structure of submersible pressure hulls.
本文应用能量法推导了一种新型的潜水器耐压壳结构——非匀加肋圆柱壳总失稳压力的计算公式。
A very good base is made for designing the structure of longitudinal-transverse stiffened cylindrical shell.
为开展纵横加肋圆柱壳的结构设计打下了良好的基础。
To learn the buckling of thin-wall cylindrical shell under axial impact is helpful to the design of energy-absorbing structure.
了解轴向冲击下薄壁圆柱壳的屈曲行为，有助于进行吸能构件设计。
The symmetrical bi-cylindrical structure is a closed shell composed by two unclosed arch shell.
该结构是由两个对称非闭合大弧度圆弧横截面柱壳对接而成的闭合柱壳结构（简称“双圆弧柱壳”）；
The symmetrical bi-cylindrical structure is a closed shell composed by two unclosed arch shell.
该结构是由两个对称非闭合大弧度圆弧横截面柱壳对接而成的闭合柱壳结构（简称“双圆弧柱壳”）；
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