PIPING THERMAL EXPANSION | PIPING FLEXIBILITY & ANCHOR LOCATION | PIPING MANTRA | WITH EXAMPLES

This video is about THERMAL EXPANSION and its role in piping design. Temperature change can lead to pipe expansion/contraction which can have adverse affects on Piping layout if not considered prior to fabrication/operation. So, this video briefs us about how to calculate Thermal Expansion manually.
Clearance must be allowed for expansion so that lines will not expand in such a way that it will damage adjacent lines,structure/ equipment nozzles or itself.
3 basic type of primary supports provided to a pipe
Explanation for Concept of Free Thermal Expansion with various examples since It is the most useful tool to prevent piping flexibility problems, especially at plot development and for locating solid supports.
REFERENCES
• PIPING HANDBOOK BY MOHINDER L. NAYYAR 7TH EDITION
• PROCESSING PLANT LAYOUT AND PIPING DESIGN BY ED BAUSBACHER ROGER HUNT
• WERMAC.ORG
• ASME CODE FOR PRESSURE PIPING (B31.3)
#thermalexpansion #pipinglayout #pipingdeisgn #expansionloop
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[@ElementsBJJCanada]

Thank you for these videos. Could you enable closed captions so I can read what your are saying? There are just a couple words here and there that I am missing. Thank you for sharing your knowledge!🙏

[@nikhilchaundkar3891]

super video. grate channel for freshers. keep it up. upload some more videos (instruments, erection & installation, skid piping design, offshore piping)

[@ahmadawada5363]

Dear sir I have a question, What is the minimum calculated thermal expansion, where we must use expansion joint?

[@cck0728]

Excellent video. Keep it up.

[@mohdmudassir4540]

Very useful video thanks sir. Keep it up

[@Ishadow23]

If the temperature is 185f how can we take the reading of e ?

[@atoz9707]

background sounds very disturbing

[@optinusprime101]

Great video. Great job.

[@MohitKumar-ch7fn]

Thanks shadab bhai. Mohit

[@bradblazoff5607]

Nice video on thermal expansion. I just wish I could hear you better. The music is the background makes it hard to listen. Don't take that as a criticism, I am going deaf and that is not your fault. Your lesson was laid out very well. I liked how you draw out every example. Also liked the codes you used for reference. Great work!

[@PipingMantra]

Thank you Brad. No we understand that and it was one of our early days video... Now we have come over that phase. Please keep supporting and share our videos with your friends and colleagues. Thank you for constructive feedback

[@hamzayemmi6139]

hello plz i want to know how to extract this loads on restraints not elements and its for dimensioning the supports : pie weight only , fluid weight only thermal force on the support (if the support is +Y the the force is DOWN ) i hope you can answer thnx

[@katemarshall83]

Sound quality is not all that great but otherwise great content.

[@salahel9010]

Bravo, Very nice, nice and breve poeple making life easy for others.

[@PipingMantra]

@salah el thank you

[@sajjadhabibi2846]

How to find the anchor point for piping system?

[@yudisetiadi8116]

Thanks for the video, show the reference of the Code is really helpful to understand the value come from, Please share how to design dimension expansion loop....as follow up to uppercome the thermal expansion... Please...

[@cck0728]

Excellent video. As you told about anchor support. Would you kindly briefly elaborate it please? What is an anchor support? Will elbows and pipe nozzles act as an anchor support? How to differentiate between hold down support and anchor support? Thanks for your valuable time.

[@PipingMantra]

Anchor support means no movement or in more technical word zero degree of freedom. Pipe nozzle can work as anchor not an elbow... You have provide welded or permanent suport to have anchor.

[@cck0728]

@@PipingMantra Thanks for your prompt reply. It means trunnions will not act as anchor support? I have seen trunnions supports at the discharge end of the pump, supporting the elbows.

[@PipingMantra]

@@cck0728 trunnion support #can act as an anchor based on its arrangement . In pump normally i have seen a rest / guided trunnion. In Hold down support we have one direction free to move i.e 2 DOF

[@cck0728]

@@PipingMantra Thanks for your prompt reply. Please keep on educating us with your valuable expertise.

[@srinadhp9797]

Very informative nd useful video. Thank you and looking forward to your future videos.

[@PipingMantra]

thank you keep sharing and supporting..

[@samimabodiyat9875]

@@PipingMantra please make complete caesar 2019 tutorial when restraint summary shows exceeded forces and moments.... very needed for engineers to dominate the efficient use of restrains and expansion loops to minimize design costs

[@adnannasirvlogs7241]

Very well explained

[@georgemathew9079]

Most of the dimensions used today are Metric, I wonder who is using foot system now

[@PipingMantra]

USA....

[@solomonrayreign6818]

how about forces on anchor?

[@AHMEDALI-rq7jg]

Video very helpful

[@eduardoramongironlopez3017]

Please. Active subtitle in spanish

[@PipingMantra]

Can you help me

[@sarathbabu8585]

Can you do a topic on piping expansion loop design?

[@PipingMantra]

It is there please check

[@sarathbabu8585]

@@PipingMantra can you please share the link..?? I want to know how expansion loops are designed in pipe rack...

[@michaelmorrison5675]

You did a damn good job. Thank you. I wish to use your video and pass it on to our newby plant engineers so they start thinking about pipe stresses due to ambient or process temperature changes. P.S. I like your CB handle - Piping Mantra. Old school. Bitch'n ! USA

[@PipingMantra]

Thank you for commenting..

[@sokachinnarao7694]

Sir, how to calculate pipe insulation

[@PipingMantra]

We will prepare video on that

[@sokachinnarao7694]

Thank you Sir