Explosion-proof wall design
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For a 19 m3 reactor with a loading factor of 65%, the material is p-aminophenol (with p-hydroxybenzene, alcohol, and hydrogen as raw materials). How can the conditions related to the explosion-proof wall be improved? How should such a wall be designed?
I also consulted experts in civil engineering; the design of blast walls is a very difficult issue, and the key lies in whether it is possible to apply pressure to the blast wall in the horizontal direction. It’s easy if you can bring it up; it’s difficult if you can’t. If it has to be done, the only option is to increase the amount of rebar by multiples. The above opinions are for reference only.
http://wenku.baidu.com/view/7675ba43a8956bec0975e38b.html For explosive shock waves, the most important thing is to determine the total energy generated by the explosion. Then, using the model, it is possible to roughly calculate the pressure generated by the explosion. It is described in detail in the above article.