1) thin wall external pressure vessels
薄壁外压容器
1.
Based on the buckling critical strength random variable-load random variable model,the buckling critical strength reliability was quantitatively analyzed in respect of steel thin wall external pressure vessels by using China standard design and make.
基于临界失稳强度随机-载荷随机模型,以按我国标准设计与制造的钢制薄壁外压容器为研究对象,讨论了其临界失稳强度的可靠度。
4) steel thin-wall internal pressure vessels
薄壁内压容器
1.
The fuzzy static strength reliability,safety factor,testing pressure coefficient and overpressure confining coefficient of steel thin-wall internal pressure vessels during normal operation and pressure tests were quantitatively analyzed based on the information entropy theory.
基于钢制薄壁内压容器模糊静强度的信息熵分析,从控制其模糊静强度在正常操作与压力试验时可靠度的角度,探索安全系数、试验压力系数与超压限制系数的定量关系。
补充资料:薄壁容器
分子式:
CAS号:
性质:简体外径与内径之比不大于1.2(或壁厚与简体内径之比不大于0.1)的容器。按薄膜理论进行分析,即认为是两向应力状态且应力沿壁厚均匀分布。如常用的低压或常压容器。
CAS号:
性质:简体外径与内径之比不大于1.2(或壁厚与简体内径之比不大于0.1)的容器。按薄膜理论进行分析,即认为是两向应力状态且应力沿壁厚均匀分布。如常用的低压或常压容器。
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