What Does Piping Whiplash Mean?

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Piping whiplash refers to the sudden, forceful movement of piping due to rapid depressurization, which can occur when a hole forms in a pipe. This event causes high-pressure gas to escape sideways, generating a significant lateral force that can damage the pipe's supports and surrounding equipment. The term is rarely found in searches, indicating its specialized usage in engineering contexts. Understanding this phenomenon is crucial for assessing the risks associated with pressurized systems. Proper safety measures are essential to mitigate potential damage from such incidents.
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Hey everyone!
Could you please explain to me what the term "piping whiplash" stands for?
It is a very rare combination in the google search, but we have encountered this term in our translations.

Thanks
 
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Here is the context:
"Rapid depressurization event consequences may include an unfiltered discharge of the primary system inventory into the atmosphere as well as damage to equipment outside the primary system from a hot helium jet or from piping whiplash".
 
If you burst a hole in the side of a pipe, the high pressure gas will blow out sideways and apply a sideways force to the pipe in the opposite direction.

This force can be big enough to break the connections that are supporting the pipe and allow it to thrash around, damaging anything that it hits.
 
Thank you! I suspected it was like that. Thanks for help.
 
I have Mass A being pulled vertically. I have Mass B on an incline that is pulling Mass A. There is a 2:1 pulley between them. The math I'm using is: FA = MA / 2 = ? t-force MB * SIN(of the incline degree) = ? If MB is greater then FA, it pulls FA up as MB moves down the incline. BUT... If I reverse the 2:1 pulley. Then the math changes to... FA = MA * 2 = ? t-force MB * SIN(of the incline degree) = ? If FA is greater then MB, it pulls MB up the incline as FA moves down. It's confusing...
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