|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/caesar-ii-pump-piping-stress-analysis-case-study/
课程评论：没有评论
Coursera 课程总结：使用 Caesar II 软件进行管道应力分析 本课程旨在教授管道应力分析的基础知识，以及如何使用行业领先的 Caesar II 软件进行分析。管道应力分析是管道设计中的关键环节，对于确保关键管道系统在整个设计寿命内无故障运行至关重要。 **课程内容涵盖：** * **管道应力分析基础：** 了解管道应力分析的基本原理和重要性。 * **Caesar II 软件介绍：** 熟悉 Caesar II 软件的用户界面、功能和基本操作。 * **分析载荷工况创建：** 学习识别和创建不同的载荷工况，这是进行准确分析的关键。 * **泵管道系统建模与分析：** * 学习读取管线等轴测图。 * 了解建模时的关键参数和注意事项。 * 明确泵管道系统应力分析所需的输入和参数。 * 学习分析过程中的各项考虑因素。 * 掌握如何检查泵的接口载荷要求。 * **案例研究：** 通过一个泵管道系统的实际分析案例，巩固所学知识，并学习如何完整地进行管道应力分析。 通过本课程，学员将系统地学习使用 Caesar II 软件进行管道应力分析的完整流程，并能够独立完成相关分析工作。
Piping Stress Analysis is one of the critical activities in Piping Design. The critical piping systems must be checked by performing an analysis to ensure that the system will work as intended throughout its design life without failure. Caesar II by Hexagon is the most widely used Pipe Stress Analysis software and is controlling the major market share in piping stress analysis applications. this course will help the students to learn the basics of pipe stress analysis, the code and standard requirements, inputs required for performing pipe stress analysis, etc. The course will guide the student about the load case requirements and the steps to create load cases. Finally, an analysis of a pump piping system will be undertaken as a case study. In that, the student will learn how to read isometrics, what parameters to check for modeling lines, what inputs and parameters are required for pump piping stress analysis, what are all the considerations for analysis, where to check nozzle loading requirements, etc. So, the complete course will guide the student in step-by-step methods to perform and learn pipe stress analysis.Through this course the students will learn the following:Piping Stress Analysis Basics.Caesar II software IntroductionCreating Analysis Load CasesModeling and Analysing a pump piping system
