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所在平台: Udemy |
课程主页: https://www.udemy.com/course/caesar-ii-training-course-2020-piping-stress-analysis/
课程评论：没有评论
Coursera 课程：**Caesar II 2022 版：管道应力分析培训课程** **课程概述：** 本课程专为管道设计师、管道应力工程师以及希望进入石油天然气或化工行业的应届毕业生工程师设计。通过实际案例，您将学习如何轻松、准确地建模和分析简单及复杂的管道系统。课程将遵循国际标准（如 ASME B31.3），进行管道应力分析。 许多职业生涯初期的管道专业人士在设计管道系统时，忽略了良好的设计实践和理论基础，导致管道系统及其支撑设计不当。这会造成三维管道模型中的非允许挠度和过度应力，从而需要后续更改支撑布置或管道路径。这种返工会增加项目成本和时间，影响项目的财务可行性和客户满意度。 通过本课程，您将深入了解管道应力分析领域，并学习使用 **Caesar II** 软件。课程将包含 **ASME B31.3** 国际管道规范的实际案例分析，并对 Caesar II 分析结果与 B31.3 管道规范要求进行详细比较，包括力、位移、弯曲和扭转应力以及应力比。
Are you a piping designer or a piping stress engineer? Are you a fresh-graduate engineer and want to be part of the oild and gas or chemical industry?. Well this ocurse is for you, where you are going to learn how to model and analyse simple and complex piping systems easily and correctly. Piping stress analysis through examples would be carried out according to international standards such as ASME B.1.3.Many piping professionals at the beginning of their career get to model piping systems without considering good practices and the theory behind a proper design of a piping system and its piping supports. As a result, non-allowable deflections and overstress take place in the 3D piping model and therefore, a change of the support allocation or the piping route would be neccesary afterwards. This increases the costs and the timeline of the project, which affects its financial feasibility and the client satisfaction.Get an insight into the world of piping stress analysis with the use of the software Caesar II. Practical examples of the international piping code ASME B31.3 will be exposed and analysed. The results of the analysis with Caesar II and of the piping code B31.3 will be compared to each other such as, forces, displacements, bending and torisonal stress and stress ratio.
