![]() The Anvil document outlines some of the "approximate method" that is typically used for stress analysis hand calculations. For a quick first look at "approximate methods" you can download the Anvil (Grinnell) "Pipe Hanger Design and Engineering" publication at: Rip Weaver also address approximate methods in "Process Piping Design", volume 2 (Gulf Publishing but out of print). You will find many references to "simplified methods" including Kellogg's guided cantilever method in "Design of Piping Systems". I think it's better to catch up reading some books like Kannappan's Introduction to pipe stress analysis than starting your own hand calculations. I think you can use some steel structure analysis program to obtain the bending stresses at each point though if you want that.Ĭalculating the SIF factors and combining the stresses is easier to handle with hand calculations. It combines these moments and stresses with the stresses resulting from pressure as it's given in the code you've selected.ĭoing the static structural analysis by hand is a huge job when you're talking about bigger networks. Don't know what you want to do exactly but making a more extensive ceasar job by hand is not something you do in an hour.Īfaik CeasarII makes a static structural analysis of the pipeline to get all bending moments and stresses and stresses resulting from temperature differences. ![]()
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