In the finality of this article an experiment study about plasma arc cutting variable-thickness plate is introduced.
本文的最后部分对等离子体弧切割变厚度板材进行实验研究。
Secondly, an FEA model is built, in which the plate offset effect is considered for the tank walls of variable thickness, and the effect of the seismic load is analyzed.
在有限元计算模型处理时，对由不同厚度钢板焊接而成的罐壁进行了板壳元的厚度偏移处理，并详细讨论了地震载荷的计算和影响。
A variable wall thickness scroll plate constituted by general scroll profiles based on functional theory was taken as the study object.
以基于泛函通用涡旋型线构成的变壁厚涡旋盘为研究对象，建立了以能效比为目标函数的结构参数优化模型。
Through analysis of plate head thickness data, common trend of head thickness fluctuation is found and a slope-variable compensation model for head thickness control was put forward.
通过对钢板头部厚度数据的分析，找出了头部厚度波动规律，提出了变斜率头部厚度补偿改进模型。
Through analysis of plate head thickness data, common trend of head thickness fluctuation is found and a slope-variable compensation model for head thickness control was put forward.
通过对钢板头部厚度数据的分析，找出了头部厚度波动规律，提出了变斜率头部厚度补偿改进模型。
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