How can one become a good stress analysis engineer?

Going to work next Tuesday...

Reply to 4# wanghongbecky: Congratulations! Let’s keep in touch more often!

Didn’t read the post carefully; how can one become a good stress analysis engineer...

Learn more, practice more! ! Haha, congratulations! What organization is it?

I think it’s most important to look at the specifications. Think more and practice more while studying the specifications.

Reply to 1# wanghongbecky: Beginners should first understand the tasks and processes related to pipeline stress analysis, become familiar with the software and relevant standards, comprehend the purposes of various types of pipe supports, be able to create accurate models to obtain reliable results, and select appropriate pipe supports. Beginners can use their knowledge of mechanics to analyze the reasons why something does not pass through the pipeline and propose solutions for improvement. As beginners start calculating pipe stresses, they also check the stress at the pipe connections of sensitive equipment such as pumps, turbines, compressors, and air coolers. Intermediate-level tasks include drafting design specifications for pipeline stress, selecting critical pipelines, determining expansion joint parameters, and performing dynamic analysis of compressor vibrations. Verify the calculations of beginners and provide pipeline consultations that they are unable to solve. It is capable of evaluating pipe rack manufacturers based on their technical capabilities. Advanced users are so skilled that they can identify the likely reasons for failure through the pipeline just by visual inspection, and immediately propose effective modification solutions. The compressor vibrates severely when the vehicle is in use; we can help the owner resolve this issue at the lowest possible cost. Attitude: Do more, think more, ask more. Secret: Standards + experience + mechanical knowledge + continuous reflection and summarization. Resources: Pipeline Stress Analysis (Tang Yongjin), Handbook for the Design of Pressure Pipelines in Petrochemical Industries (Zhang Dejiang), Design of Petrochemical Pipelines (Cai Erfu), GB50316, B31.3, B31.1. Materials science, mechanics, structural mechanics, vibration mechanics, elasticity theory, finite element analysis, fracture and fatigue mechanics – all of these can be studied whenever time allows to deepen understanding of mechanical concepts. It’s better to do it in the fields of chemical engineering and mechanics; that would be better

I also often look at the standards, right? But it’s more effective to consider the standards in relation to specific problems... otherwise, it’s as if you haven’t looked at them at all....