Hi, 25.4x12 is a conversion from ft to mm, (To-Ti)*1.8+32 is a conversion from Fahrenheit to Celsius, 3.2808 is to convert L from m to ft. 0,0004 is a thermal coefficient for CS.
Hi sir i have one question. Q= There is 1 expansion loop on 100 ft length of 2” iron pipe . Case 1 = how many expansion loop on 200 ft length ? Case 2 = how many expansion loop on 260 ft length ?
@@PipingStressNetthanks for explanation,But I have some question. Our line was 24" ,Why you note 12. I put it in place with the formula, but it wasn't right for me. Please, how did you find the value of H and W, could you write them down separately? Thank you for your attention.
Sir, can you please explain philosophy for bridge piping stress analysis with platform displacements
Ok. Noted.
Useful information thanks for good topic 😊
Thank you.
Thanks for the useful information!
Can u bring us the expansion joint uses and calculations?
Thanks for the good work!
Thanks for your comment. Noted.
Useful ❤
Glad you think so!
In which software did you do that model?
Blender
🙏🙏
Thanks
what are these constant at the formula you didnt write on the video
Hi, 25.4x12 is a conversion from ft to mm, (To-Ti)*1.8+32 is a conversion from Fahrenheit to Celsius, 3.2808 is to convert L from m to ft. 0,0004 is a thermal coefficient for CS.
@@PipingStressNet thanks a lot
Hi sir i have one question.
Q= There is 1 expansion loop on 100 ft length of 2” iron pipe .
Case 1 = how many expansion loop on 200 ft length ?
Case 2 = how many expansion loop on 260 ft length ?
@@PipingStressNetthanks for explanation,But I have some question.
Our line was 24" ,Why you note 12.
I put it in place with the formula, but it wasn't right for me. Please, how did you find the value of H and W, could you write them down separately? Thank you for your attention.