nozzle analysis WRC 107 & 297

[rklnt79]

how to calculate the Fx&Fy&Fz and Mx,My,Mz and also radial force for nozzle load ?any body help for me

[mbc.engg]

rklnt79,

Generally Fx, Fy, Fz and Mx, My, Mz obtained from piping stress analysis. You can find the same with CAESAR /other piping stress analysis software. Some times this loadings can be based on mechanical equipment attached with equipment.

Best way to obtain the same is to refere client's nozzle load specifications. They specify these values based on nozzle size and flange rating. Some clients provide formulae based on nozzle size and flange rating.

Almost all good client's / consultants have there own nozzle load specifications.

[rklnt79]

can't we calculate manually?

[mbc.engg]

rklnt79,

If you want to calculate exactly all the values manually, then you need to perform stress analysis of attached piping manually using any good reference. You may find many good books in this forum for piping stress analysis. But it would be really very tough. Best Luck.

[cabalen4u]

Thanks!

[raja687]

Thanks for ur sharing

[rklnt79]

Any body having any good reference for WRC-107(Fx,Fy,Fz,Radial load ,Mx,My,Mz).Please share it

[alex2002]

Dear friends,

You can find shareware (free) version (FE-107_Shareware2.exe) at

[link Point to another website Only the registered members can access]
It is free for WRC 107 and WRC 297 but does not include finite element module.

[Premium]

Dear all..

The link that mentioned on first page has broken, could somebody please share the WRC-107??

Thanx for your kindness..

[Munich]

tony_black, Could you re-share it please?, the link doesn't work.

[namasral]

WRC 107

[link Point to another website Only the registered members can access]
WRC 297

[link Point to another website Only the registered members can access]

THE LINK FOR WRC-107 IS EXPIRED, WILL YOU UPLOAD BACK AND SEND ME LINK TO namasral@yahoo.com

[roddyk2]

could anybody upload de file WRC-107 or send me to roddyk2@yahoo.com


thanks