以最大冲击载荷为设计目标建立了冲击器的优化计算模型并进行实例计算。
Taking the maximum impacting load as designing object, an optimal design model of the fluid impactor is established.
为了估算开关柜壳体所能承受的最大冲击载荷，采用大型有限元计算软件ANSYS进行了分析和计算。
In order to estimate the maximal shock load which could be withstood by the enclosure of switchgear, the FEM software ANSYS was introduced to analyze and calculate the shock load.
应用ANSYS有限元分析工具，对该模型进行分析计算，得出气门在最大冲击载荷情况下的应力和变形情况等。
The stress figure and its value were acquired by using ANSYS when the valve enduring the maximal load.
本文利用三维有限元法，对跳高运动中冲击载荷最大的起跳瞬间进行了胫骨的应力分析。
The three-dimensional finite element. method was used in this paper for the stress analysis of human tibia in high jumping. During jumping, the tibia is subjected to a heavy impact load.
在冲击载荷作用下，玻璃顶杆承受最大应力，玻璃支板承受的冲击应力较小。
However, under impact load, the glass pole bears the highest stress, and the impact stresses on the glass support plate are...
在冲击载荷作用下，玻璃顶杆承受最大应力，玻璃支板承受的冲击应力较小。
However, under impact load, the glass pole bears the highest stress, and the impact stresses on the glass support plate are...
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