Calculation method for rupture discs
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Does any teacher know the method for calculating explosion-proof plates? That is, the relevant data or calculation formulas related to pressure, material, thickness, diameter, etc. Thank you:time: :L This post was last edited by chinazwr on 2009-2-22 20:50.]
There are such software on the forum that can do the calculations directly
The reason to choose a burst disc rather than a safety valve is that the burst disc offers a larger discharge diameter and a faster discharge rate, meaning it provides better safety protection when pressure rises due to uncontrolled reactions. Therefore, fundamentally, the selection of rupture discs must be based on calculations derived from the reaction process. It is necessary to determine the appropriate size of the discharge area so that, in the event of a reaction going out of control, the increase in pressure inside the container can be counteracted by the pressure reduction effect of discharge, without causing damage to the container. The calculation for the rupture disc itself is very simple.
What was said upstairs is right; it’s amazing!
First, do you need to calculate for an explosion-proof plate or a blast disc? Explosion-proof plates are used for large-diameter applications involving dust explosions, while rupture disks are used for small-diameter applications involving gas or liquid explosions; it is important to distinguish between them. Second, what do you need to calculate? Size? Or pressure? Or thickness? I have calculation software for blast shields and rupture discs; feel free to contact me. clzehua@163.com
Calculation of the design pressure for rupture discs in chemical process pressure vessels and introduction to their types: http://bbs.hcbbs.com/thread-1633472-1-1.html (Source: Haichuan Network)
I think the same way; I hope to be able to see it