1) LPG Spherical tank
液化石油气球罐
1.
The safety measures of prevention and control for leakage of LPG spherical tank;
液化石油气球罐泄漏危险的预防和控制探讨
2.
The reasons for crack appearance in LPG spherical tank and the methods for prevention.
介绍液化石油气球罐检验中裂纹形成原因及预防措施。
2) PLG spherical tank
石油液化气球罐
1.
By analyzing the problems existing in the leakage emergency handling measures for the bottom flange of a PLG spherical tank, the design of process pipeline at the bottom of the PLG spherical tank was improved, and the corresponding emergency handling measures were put forward.
通过分析普通石油液化气球罐底法兰泄漏应急处理措施存在的弊端,对石油液化气球罐底工艺管道设计进行了改进,提出相应的应急处理措施,从根本上解决了球罐底法兰发生泄漏的问题。
3) large spherical holder
大型液化石油气球罐
1.
Safety design policy of large spherical holder for liquefied petroleum gas;
大型液化石油气球罐的安全设计对策
4) LPG tank
液化石油气储罐
1.
Advances in investigation of response pattern of LPG tanks exposed to fire;
液化石油气储罐在火灾下的响应规律研究进展
2.
The crackle of a 100m3 LPG tank was analyzed.
通过对1台100m3液化石油气储罐产生裂纹的分析,指出应力腐蚀、在用脆性裂纹及残余应力是产生该台液化石油气储罐裂纹的直接原因;并提出预防裂纹产生的措施。
3.
Thecauses of LPG tank inactivation which is in fire hazard environment are simply analysed fromtwo aspects, the inside factor (heat transfer and stress) and outside factor (fragment impact) ofthe tank, and do numerical simulation base on it with ANSYS and ANSYS LS-DYNA.
通过对相关理论进行分析的基础上，分别从内部因素（传热行为和应力分析）和外部因素（破片撞击）两个方面对火灾环境下液化石油气储罐的失效过程进行探讨，并借助ANSYS和ANSYSLS-DYNA软件对其进行数值模拟。
5) LPG tank
液化石油气贮罐
1.
In this article,the reform of the flange joint at the bottom of LPG tank was introduced,and the methods to remove leakage were discussed as well.
介绍了液化石油气贮罐根部法兰组合改造情况,并探讨根除泄漏的方法。
补充资料：气球运动
见航空运动。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条