Steam pipe support problem
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Steam pipe supports are generally chosen from the power professional standard atlas, but in practice we often encounter some that are beyond the scope of the atlas, and the supports have to be calculated separately. Is this usually done by civil engineering or by craftsmanship? Which prawn knows, please tell me
Pipeline design needs to be done. If there is no choice, finite element stress analysis of the piping system is required! ! ! ! ! !
The process should be done strictly and special pipe rack drawings are required.
The process designer should determine the positions of fixed pipe racks, guide pipe racks, and sliding pipe racks, and draw pipe rack drawings or specify the selected pipe rack atlas.
I think that the process requires parameters such as the position and form of the pipe rack, as well as parameters such as the weight of the pipe, which should be done by the civil engineering or equipment majors. However, the professional work content of each design institute is also different.
Pipe racks are divided into primary pipe racks and secondary pipe racks. Piping majors (non-technical majors) design secondary pipe racks (such as supports, clamps, pipe clamps, etc.) according to the conditions of the pipeline, and need to specify the type of pipe rack, such as fixed racks, sliding racks, guide racks, etc. Through relevant calculations (stress analysis), the stress situation of the pipe frame at each support point is proposed, and the structural professional is submitted to design the primary pipe frame (steel structure or concrete bracket, used to support the secondary pipe frame) accordingly.