如何控制结构在地震作用下的扭转作用是结构抗震设计中经常遇到的问题。
How to control the torsional response of structures under earthquake action is a problem frequently occurred in seismic design.
本文首先分析和归纳了离心钢管混凝土构件在轴压、弯曲和扭转作用下的承载力性能。
Therefore to carry out studies on centrifugal concrete-filled steel tubes under complex loads is of great value to popularize application of this structure.
通过考察在不同地震激扰下的各种建筑物，针对选定的一些标定参数研究了扭转作用对整体反应的相关性。
By considering various buildings under the excitation of different earthquakes, dependence of the torsional contributions to total response has been studied for selected scaling parameters.
本文对雨蓬、阳台等悬挑结构在设计中如何防止扭转问题提出一些建议。设计这种结构时一般容易忽视其扭转作用。
This paper presents some suggestions on designing canopy, balcony and other small cantilever structures to prevent the torsion failure, which is usually not paid sufficient attention to.
本文对雨蓬、阳台等悬挑结构在设计中如何防止扭转问题提出一些建议。设计这种结构时一般容易忽视其扭转作用。
This paper presents some suggestions on designing canopy, balcony and other small cantilever structures to prevent the torsion failure, which is usually not paid sufficient attention to.
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