explosion-proof pipe

An accident analysis of pipe explosion in waste heat boiler of converter

一台炼钢转炉余热锅炉改进设计后的一次爆管事故分析

The results show that the explosion flame is very long with cohesive force, and propagates along the bottom of the pipe.

结果表明，瓦斯爆炸火焰是沿着管道的底部向前传播的，火焰长度较长，并具有较高的内聚力。

This article uses FTA to analyse system safety of regenerative heating furnace, chooses heating furnace explosion accident and coal gas pipe explosion accident as top event respectively, and puts forward technical measures to strengthen its safety.

介绍了用事故树分析法，分别选取加热炉爆炸事故和煤气管道爆炸事故作为顶上事件，对蓄热式加热炉进行系统安全分析，并提出了增强其安全性的技术措施。

At present, technologies such as liner inversion system , HDPE tube interpenetration, pipe explosion methods etc.

目前在国际上常见的有翻转内衬法、HDPE管穿插法 、 裂管法等技术.

The results show that the distribution of propagating flames generated by gas explosion was non uniform in the cross section of the experimental pipe, used to simulate mine roadways, and the main luminosity in the reaction zone propagates along the bottom of the pipe.

研究发现，瓦斯爆炸产生的向前传播的火焰沿管道横断面分布不均匀，反应区内主要发光体沿管道底部向前传播。