Heat Exchanger's Tube Inlet Nozzle Piping Stress Analysis

This video contains a piping stress analysis of the heat exchanger's tube inlet piping. You can understand how to route the piping, how to support the piping, and where to place a stopper on the line in accordance with the stress analysis. The video is animated video for better understanding by everyone.
It is important for us to teach the piping engineering learners about starting a piping design from the right point, otherwise, you will lose time during the piping stress analysis.
pipingstress.net
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[@SomnathLaha]

Wonderful explanation. Many thanks

[@PipingStressNet]

Thanks. Our pleasure.

[@ammaremad8133]

Wonderful, keep up the fantastic job publishing videos such as these.

[@PipingStressNet]

Thank you very much!

[@sahilalef]

Great content!
Waiting for the upcoming videos.

[@PipingStressNet]

Thank you.

[@aamirshaikh9913]

Many thanks for the video sir.

[@PipingStressNet]

You are welcome

[@mustafah.allawi3459]

Keep up ❤ great work

[@PipingStressNet]

thanks.

[@aichagh4162]

wich software do you use for your animation please , and thanks for the video

[@PipingStressNet]

Hello, Thanks for your comment. We use Belender.

[@aichagh4162]

@@PipingStressNet thanks

[@djoudjou1214]

نجاح الوقاية من الحوادث المهنية و الكواراث الصناعية مرهون بدقة هندسة حوامل الأنابيب و تثبيت معدات المصفاة جزء جزء

[@PipingStressNet]

Thanks for your comment.

[@lifelessonspodcastdougspence]

Great video but I don’t understand why the BOP and vessel being equal will reduce stress

[@PipingStressNet]

Because the same elevation of piping design will give the same upward expansion with the heat exchanger so, on the connection point there will be minimum monent/stress.

[@lifelessonspodcastdougspence]

@@PipingStressNet I think I understand, it’s about the length of steel from A to B being the same. The diameter of pipe or vessel is irrelevant. Thank you! I’m learning so much from your channel.