lateral rigidity of bridge 桥梁横向刚度
bridge lateral rigidity 桥梁横向刚度
level lateral rigidity 层间侧向刚度
elastic lateral rigidity 弹性抗侧刚度
④Lateral rigidity of inclined column-shaped transfer-stories is large, making it difficult to engender structure weakness stories.
④斜柱式转换结构侧向刚度较大,不易使转换层形成结构薄弱层。
参考来源 - 框支短肢剪力墙中斜柱式和梁式转换结构的受力性能与弹塑性分析Furthermore, it elaborates basic principles and calculation process of dynamic analysis of bridge, and emphasizingly discusses the influence of Lateral Rigidity for bridge design.
随后，本文给出了动力分析的计算基本原理和过程，并且着重讨论了桥梁的横向刚度对桥梁设计影响。
参考来源 - 内昆铁路花土坡特大桥高墩大跨连续梁设计研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The simplified formulas used to calculate the masonry structure lateral rigidity and internal force are presented.
提出确定底层框架砖房抗震墙数量的简化方法，对砖墙侧移刚度及内力分析提出了简化的实用计算公式。
Due to train derailments on Bridges, influence on train derailment on bridge caused by bridge lateral rigidity is analyzed.
结合发生过脱轨事故的桥梁，定性分析了桥梁横向刚度对列车脱轨的影响。
The lateral rigidity limit values determined by the new method can ensure trains to run on Bridges with smoothness and comfort, and also can prevent derailment.
该方法确定的桥梁横向刚度限值既能保证列车平稳舒适运行，又可防止脱轨。
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