Why do we model equipment? To get the thermal displacements at the Nozzles. Thermal displacement depends on the equipment material & Temperature only.. So we have considered pressure as 0. We can consider atmospheric pressure or design pressure.. This will not make much difference in the Thermal displacement of the nozzle..
Please use one anchor with cnode at the nozzle shell junction.. Some clients they ask us to check the nozzle loads on the face of flange, thats why i have used 2 anchors with cnodes.. Thank you..
Sorry for the poor video quality..
Please note that the Sliding support shall be Modeled as Y + X .
Please learn the piping stress analysis basics from the video available in the link below
ua-cam.com/video/I4dEnhSdqWE/v-deo.html
Sir, for equipment why we took pressure 0 kpa?
Why do we model equipment? To get the thermal displacements at the Nozzles.
Thermal displacement depends on the equipment material & Temperature only..
So we have considered pressure as 0.
We can consider atmospheric pressure or design pressure..
This will not make much difference in the Thermal displacement of the nozzle..
sir, why there is two anchor cnode on the nozzle ?
Please use one anchor with cnode at the nozzle shell junction.. Some clients they ask us to check the nozzle loads on the face of flange, thats why i have used 2 anchors with cnodes.. Thank you..
how can I get this software, and learn it from scratch
Please share your mail id.
Thank you too much, sir could you provide the excel file and model? many thanks.
Sorry MrNabaz, currently i will not be able to share. Please share your mail id, will send the files later
Sir, in this case how should we define restraint at sliding saddle
Please note that the Sliding support shall be Modeled as Y + X
Sir Could i get the sample mode?please provide download link ?
Sorry i will not be able to share the model now..
Kindly share your mail id and i will try to share the model after some days..
Sir How to import this cad model to Caesar ii?
please look at me
ok sir.