阐述了高压试验机液压缸的自增强理论设计和处理试验。
This paper described the autofrettage design and test of the cylinder of High-pressure-Test machine.
阐述了高压射流机液压缸的自增强理论设计和处理试验。
This paper describes the autofrettage design and test of the cylinder of high pressure jet machine.
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.
从残余应力计算中可知，采用损伤力学原理，使厚壁圆筒产生自增强的效果，从理论上是可行的。
From the calculation results, it is feasible in theory to produce self-reinforced effect of reactor by adopting the damage mechanical principle.
从压力试验，塑性失效理论和自增强处理的角度提出以同尺寸单层容器的初始屈服压力作为超压处理压力。
Initial yield pressure of monolayered cylinder with the same size was considered as the SPT pressure, based on the analysis among pressure test, plastic fault theory and self enhancement treatment.
以及对压力容器施加自增强处理技术来提高压力容器的承载能力及疲劳寿命进行了理论研究。
That the fatigue life and carrying capacity of pressure vessel can be improved by autofrettage is researched.
以及对压力容器施加自增强处理技术来提高压力容器的承载能力及疲劳寿命进行了理论研究。
That the fatigue life and carrying capacity of pressure vessel can be improved by autofrettage is researched.
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