1) LPG tank area
液化气罐区
1.
This paper uses Siemens S7-300 series PLC and WonderWare InTouch configuration software,based on the fieldbus network,to design a monitoring & controlling system for a LPG tank area.
利用西门子S7-300PLC为核心控制器,基于现场总线控制网络结构,结合上位机组态软件InTouch,根据液化气储运中的工艺特点和防爆特性,设计并实现了液化气罐区监控系统。
3) LPG spherical tank
液化气球罐
1.
In accordance with the problems of cracks at welding seam and the inner surface of heat affected zone of SPV50Q high strength steel LPG spherical tank, this article analyzes the reasons occurred cracks and the strength check after many times of heat treatment.
针对SPV50Q高强钢制造的液化气球罐焊缝及热影响区内表面裂纹的问题,分析了裂纹产生的原因及多次热处理后的强度校核,对消氢处理、裂纹打磨、补焊、整体热处理、内防腐等全过程修复技术进行了研究总结,为SPV50Q高强钢的使用和修理提供了经验依据。
2.
This paper analyzed the fracture reason of the under drain flange of 650M~3 LPG spherical tank.
分析了650M3液化气球罐下排污管法兰的断裂原因。
3.
The construction step of LPG spherical tank, such as inspection, returning to repair and heat treatment etc.
叙述了液化气球罐的检验、返修、热处理的施工过程,对施工过程中存在的问题进行了详细的分析,并提出了改进方案。
4) liquefied gas tanker
液化气罐车
5) LPG tank
液化气储罐
1.
Numerical simulation of thermo-responsive behavior of LPG tank on jet fire
喷射火环境下液化气储罐热响应行为数值模拟
6) 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。
补充资料：液化气罐责任保险
液化气罐责任保险
【液化气罐责任保险]公众责任保险的一种c承保液化气罐及附属设备在使用中因火灾或爆炸而导致他人的财产损失和人身伤亡所引起的依法应由被保险人承担法律赔偿责任，气罐运送途中发生火灾爆炸而造成的财产损失和人身伤亡，或气罐漏气而造成的人身伤亡和治疗费用，均负责赔偿。
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