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But how I can simulate these loads isolated in CAESAR II? And for API 610, what is the load used for calculations? Load on pump nozzle or Load on pump anchor? For a simple example, please use Example 06 encountered in EJMA Standards Appendix J, page J-19.

Using an untied bellow, according to EJMA, the load aplied at pump nozzle is different of the load that aplied at pump anchor (this is the thrust force).

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2) Simulate only the load on pump nozzle (desconsidering as ANC) What I need to do? Regards, Miyamoto Edited by Miyamoto ( 10/27/11 06:08 AM) #45519 - 10/27/11 06:30 AM Re: EJMA Hand Calculations x CAESAR II [] Member Registered: 04/22/05 Posts: 1256 Loc.. Danb, but if the load acting in pump casing is bigger than nozzle, this load will be response for shaft misalignment, am I right? So, I have 2 options: 1) I do hand calculations as shown in EJMA for pump nozzle loads and use analysis module of CAESAR with these loads. Unduh Vpn Apk Blackberry Android

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Bellows design They also released a software Such bellows Thanks in advance, Miyamoto Edited by Miyamoto ( 10/11/11 07:30 AM) #45257 - 10/13/11 06:17 AM Re: EJMA Hand Calculations x CAESAR II [] Member Registered: 09/13/11 Posts: 78 Loc: Brazil.. Thanks danb and shr for these explanations But, according to EJMA these loads acting on pump nozzle is less than acting on pump anchor.. ' So, It's the same method that we can find at EJMA Standards If we do a hand calculation (according with EJMA), it's possible to isolate the compressive load on the nozzle and the load that goes to pump anchor.. Alternatively you can do as follows Do not fill in the “Effective ID” field then calculate the real force on the nozzle and insert it in the “Force/moments” field.. However you will be responsible for the fact that you apply a thrust on the pump case. Instalar Clang Para Mac

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Hi Miyamoto, There is a pressure thrust exist in tied expansion joint also, but that presusre thrust is taken care by the tie rods, so generally it woun't have any effect on your calcualtion.. If you want an API 610 check, fine, you can do manually or you can apply a force in opposition with your thrust in order to emulate the effective load on the nozzle.. If the pump vendor is informed and accept this, fine If not, do not use untied bellows.. Hi all again, Sorry for ressurrect an old thread, but I have doubts about this subject yet.. Note the force in Anchor A from your example Hope I've made myself clear My last doubt.. Is there a section of ASME covering the design and fabrication of bellows expansion joint.. So, how can I simulate in CAESAR II the load that goes only to nozzle (for API 610, is this important load?).. And API 610 Standard, Table 5 show allowables to compare with the model What load I use to compare to API 610? Load at nozzle or load at pump anchor?Best Regards, (And sorry again) Miyamoto #46806 - 01/17/12 10:11 AM Re: EJMA Hand Calculations x CAESAR II [] Member Registered: 09/13/11 Posts: 78 Loc: Brazil. 773a7aa168 Unity For Mac Crack

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