...力和局压应力） (bending, shear, reduced stress and local compressive stress)； (2)刚度（控制最大挠度(maximum deflection)不超过按受力和使 用要求规定的容许值）； (3)整体稳定（梁不发生侧向弯扭失稳(lateral flexural-torsional buckling )，主要通过...
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In this paper,the maximum deflection of a 12m fixed supported steel beam with three aspects surrounding fires is analyzed by finite element analysis software ANSYS. It is first assumed that the longitudinal and transverse temperature distributions are both non-uniform.
采用ANSYS有限元分析软件,对某12m长固支钢梁在三面受火情况下的最大挠度进行分析,首先假设温度场轴向非均匀分布,在此基础上进一步假设截面方向也存在非均匀分布,并与轴向均匀温度场下钢梁的最大挠度进行比较。
参考来源 - 轴向与截面非均匀温度场对某固支钢梁最大挠度的影响·2,447,543篇论文数据，部分数据来源于NoteExpress
转动的泵轴会弯曲变形，产生最大挠度。
Rotational deformation of the shaft will produce maximum deflection.
本文讨论环形板的最大挠度极小化的优化设计。
The optimal design of minimax deflection of an annular plate is studied in this paper.
对组合梁施加预应力后，可以减小弹性范围内的最大挠度，增强梁的刚度；
After having been prestressed, the composite beams can reduce the maximum flexibility within the range of elasticity, and increase their stiffness.
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