Stability problems of latticed shells are thoroughly studied by load-deflection complete process analysis.
通过荷载-位移全过程分析对各种形式网壳结构的稳定性能进行了深入研究。
The stability analysis is the key problem in the design of latticed shells, especially in single-layer latticed shells.
稳定性分析是网壳结构，特别是单层网壳结构设计中的关键问题。
The simulated wind vibration loads are then applied to the time-history analysis of wind vibration response of single-layer spherical latticed shells by the finite-element program ANSYS.
将模拟出的风荷载作用于单层球面网壳，用有限元程序ANSYS进行了网壳结构的风振响应时程分析。
Based on the analysis result, practical seismic force coefficients for single-layer latticed cylindrical shells are proposed.
在大量统计分析的基础上，归纳出可供实际工程设计参考的地震内力系数建议取值。
In this paper, the dynamic problems of hyperboloid latticed flat shells are studied by using the method of simulated shell.
本文利用拟壳法研究了双曲率网状扁壳的动力问题。
In this paper, the dynamic problems of hyperboloid latticed flat shells are studied by using the method of simulated shell.
本文利用拟壳法研究了双曲率网状扁壳的动力问题。
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