车缝-通过弹(零壁厚)是一个贫穷的想法。
预测的壁厚和实验结果吻合得很好。
The forecasted wall thickness was conformed to the experimental result.
焊缝位置和壁厚差异变化时，拼焊管各区域的应力状态保持不变。
Weld-seam position and thickness difference do not affect stress and strain states.
这一结论为超高压厚壁容器自增强理论研究，提供了新的探讨方向。
This conclusion leads to a new direction of study on self-reinforced damage mechansm.
笔者还讨论了“壁厚效应”产生的原因。
The cause of existing " wall thickness effect" is also discussed in this paper.
反向成形过程中板料先接触模具的部位对零件的壁厚影响较大。
The thickness effect of the part is greater while the sheet contacts the die earlier.
反向成形过程中板料先接触模具的部位对零件的壁厚影响较大。
The thickness effect of the part is greater while the sheet contacts the die earlier.
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