Pipe Stress Fundamentals - Pressure Stresses in Piping

[@王暄仁]

Best explanation ever!! Thank you so much!

[@EngineeringTrainer]

Thanks! Make sure to check out the full modules. It's free!: www.engineeringtrainer.com/shop/product/spc095-product-free-pipe-stress-fundamentals-263 & www.engineeringtrainer.com/shop/product/spc114b-product-free-thin-versus-thick-walled-piping-320#scrollTop=0

[@darshanpalsingh7869]

thanks

[@jpabmx]

Extremely well presented. Thanks!!

[@EngineeringTrainer]

Thank you Jpabmx! Glad it was helpful!

[@santhanakrishnan3660]

Thanks for uploading. It is a very useful tutorial.

[@luukhennen7528]

Hi Santhana, thank you! Make sure to check out the full course on EngineeringTrainer.com for free. Make a free account and enroll. Regards

[@santhanakrishnan3660]

@@luukhennen7528 ok noted. Thanks

[@herouinihamza3857]

Thank you its very useful

[@EngineeringTrainer]

Thanks! Make sure to check out the full modules. It's free!: www.engineeringtrainer.com/shop/product/spc095-product-free-pipe-stress-fundamentals-263 & www.engineeringtrainer.com/shop/product/spc114b-product-free-thin-versus-thick-walled-piping-320#scrollTop=0

[@feedee92j]

When you explain axial stress in the pipe, you use a model with closed ends. Are the formulas also applicable to open pipes?

[@EngineeringTrainer]

Hi Jonny, in order to maintain the pressure the pipe has to be closed somewhere. The pressure puts an axial force on the pipe through blindflanges, elbows or closed flanges. This stress is dan present in the entire pipe otherwise the pipe for a force equilibrium to exist. If there is an outlet and the medium flows out then the flow resistance with the pipe causes the force necessary to provide balance.

[@feedee92j]

@@EngineeringTrainer Thank you for taking the time to explain, it makes sense now!