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The Research of the Super High Pressure Cylinder on Design of wall size

机译:超高压缸壁面尺寸设计的研究

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The characteristics of stress distribution in high-pressure vessel are analyzed at first.Then the formula of inner pressure is derived.Through analysis the formula,a conclusion that the maximal inner pressure the high-pressure vessel can support goes steady under the diameter ratio is more than 5.Then the formula of equivalent stress at the dangerous position (inside wall) in high-pressure vessel is educed according to the fourth strength theorem and the quantitative relationship in the vessel's inside pressure and diametrical ratio and the fatigue limit further is founded.Finally,the advice that proper structure is adopted to improve the cylinder's inner pressure when design thick wall high-pressure cylinder according to relationships as above.These advices have a definite directive significance for how to design and use vessel effectively.
机译:首先分析了高压容器中的应力分布特征,然后推导了内部压力公式。通过分析该公式,得出高压容器在直径比下可以承受的最大内部压力稳定的结论是:大于5,然后根据第四强度定理推导高压容器在危险位置(内壁)的等效应力公式,得出容器内部压力与直径比的定量关系,进而建立疲劳极限最后,根据上述关系设计厚壁高压钢瓶时,应采用适当的结构来提高钢瓶的内压。这些建议对如何有效地设计和使用容器具有一定的指导意义。

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