It is possible to use Caesar simulation to check whether the spacing between pipe racks meets the regulatory requirements; the procedure is as follows
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This post was last edited by shiworkstation on 2023-6-7 at 14:39. The ‘Design Code for Industrial Metal Piping’ specifies the requirements for pipe supports as mentioned above, but I don’t know how to carry out the calculations. Can it be simulated using Caesar? I will create a node in the middle of the frame, and then check the parameters of this node. Can the deflection in the specifications be considered as the deviation value of node Y? Is the bending stress what is shown in the figure below? Since I can’t do the calculations, I want to use software to try and cancel it; I’m not sure if that’s possible
Yes, using Caesar simulation can be used to evaluate whether the pipe rack spacing meets the specification requirements. You can simulate pipe installation by creating a piping model in Caesar and adding support structures for the pipes, then using the analysis tools in the software to evaluate the suitability of the spacing between these support structures. It should be noted, however, that software simulation can only serve as a reference; when actual installation is carried out, it is necessary to follow relevant specifications and standards as well as the actual circumstances. .
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