1) impact bending
冲击挠曲
2) impact buckling
冲击屈曲
1.
Under the action of triangular pulse,the nonlinear impact buckling behavior of the shallow conical shells is investigated.
研究了计及横向剪切的对称铺设正交异性复合材料层合扁锥壳在三角脉冲载荷作用下的非线性动力屈曲问题;通过在复合材料层合扁锥壳非线性稳定性的基本方程中增加横向转动惯量项并引入三角脉冲冲击力,得到了层合扁锥壳的冲击控制方程,采用Galerkin方法得到以顶点挠度表达的冲击响应方程,并用R unge-K u tta方法进行数值求解,应用B-R准则确定冲击屈曲的临界荷载;讨论了壳体几何参数、物理参数和边界条件对复合材料层合扁锥壳冲击屈曲的影响。
2.
The method is used to solve the approximate calculation of impact buckling,and can be used to settl.
简要地总结了关于动力屈曲问题的研究成果和有关理论 ,重点介绍了结构冲击屈曲问题的研究现状。
3.
The impact buckling of a composite bars is investigated when one of its ends moves with a velocity due to axial impact compression.
考虑剪切变形效应的复合材料层合压杆一端固定，而另一端以某一速度运动时的冲击屈曲。
3) impact bending
冲击弯曲
4) impact curve
冲击曲线
1.
The relationship between the impact curves and morphology of the cross section of polystyrene and transparent anti-impact styrene-butadiene resin was studied by means of an instrumented impact test with a pendulum hung up on a cantilever beam.
使用悬臂梁式摆锤仪器化冲击方法研究了聚苯乙烯和透明抗冲丁苯树脂的冲击曲线与试样断面形貌的关系。
5) deflection
[英][dɪ'flekʃn] [美][dɪ'flɛkʃən]
挠度，挠曲
6) flexure
[英]['flekʃə] [美]['flɛkʃɚ]
挠曲
1.
In order to know the low temperature performance of polyfluortetraethylene used as sealing material,the mensuration is done that constriction plate and tubular test piece, and of plate flexure in the range of -100 to -40℃.
为了考查聚四氟乙烯用做密封材料时的低温性能,在-40至-100℃的温度范围内,分别对板状和管状试件的收缩以及板状试件的挠曲进行了测定。
2.
The nonlithostatic stresses, regions of failure and flexure profiles have been computed as the upper crustal layer is extended by progressive increments.
计算了以一定增量逐渐拉伸上地壳层时各个阶段的非静岩应力 (Nonlitho staticstress)、塑性破裂 (Plasticfailure)分布及挠曲剖面 (Flexureprofile)。
3.
Compensating For the Super-Long Precision Rubbing Rollor’s Flexure
对TFT-LCD摩擦设备的超长精密摩擦滚子进行变形量计算和测量,采用切削补偿的方法可以有效地抵消摩擦滚子因自重产生的挠曲变形,提高摩擦质量。
补充资料：标准操作冲击电压波形(见冲击电压发生器)
标准操作冲击电压波形(见冲击电压发生器)
standard switching impulse voltage waveform
b .oozhun CooZuo ChongJld，onyo boxlng标准操作冲击电压波形(standard switchingimpulse voltage waveform)见冲击电压发生器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条