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所在平台: Udemy |
课程主页: https://www.udemy.com/course/learn-piping-pipe-stress-analysis-using-bentley-autopipe/
课程评论：没有评论
### AutoPIPE 全面入门：管道应力分析实践课程 **课程概述：** 本课程旨在帮助工程师系统地学习和掌握使用 AutoPIPE 进行管道应力分析的完整流程。无论您是初学者还是希望提升技能的专业人士，本课程都将为您提供从基础理论到高级应用的清晰路线图。 **为何选择 AutoPIPE？** AutoPIPE 是业界领先的管道应力分析软件之一。本课程将为您提供在该软件中脱颖而出的必要技能。 **课程内容：** **第一部分：管道应力分析基础** * 理解管道应力分析的必要性、时机和重要概念。 * 学习关键概念，包括系统上的荷载与应力、荷载组合、ASME 标准合规性以及支撑优化。 * 掌握完整的管道应力分析工作流程。 * *此部分内容对于 CAESAR II 用户同样具有参考价值，因为它涵盖了管道应力分析的核心流程。* **第二部分：AutoPIPE 建模精通** * 从零开始创建 AutoPIPE 模型。 * 对弯头、三通、阀门、膨胀节、泵以及各种管件进行关键组件建模。 * 学习高级建模技术，包括： * 使用不同方法对泵接管进行建模。 * 使用不同方法对涌流罐进行建模。 * 添加刚性和柔性支撑，并设计弹簧。 * 掌握其他建模技巧，如拉伸、镜像和添加管段。 **第三部分：结果分析与解读** * 深入研究 AutoPIPE 的输出结果。 * 分析系统变形、应力、泵接管荷载和支撑优化情况。 * 理解系统行为，并学习如何故障排除和修复不合格的管段。 * 发现实用的管道重排技术，例如膨胀节的应用。 **额外资源：** * 本课程的理论洞见也对 CAESAR II 用户非常有益。 * 课程结束后，您将获得课程中使用的 AutoPIPE 模型文件，便于实践和技能提升。 * 此外，您还将获得 ASME 标准的软拷贝以及 AutoPIPE 软件操作指南。
Jumpstart Your Career in Piping Stress Analysis with AutoPIPEAre you an engineer ready to embark on a career in piping stress analysis but feeling lost among unorganized information? This course is designed to be your roadmap, guiding you through the intricate process of piping stress analysis using AutoPIPE from scratch to professional mastery.Why AutoPIPE ? AutoPIPE is one of the industry's leading software tools for piping stress analysis. This course will equip you with the skills to excel it.Course Overview:Section One: Foundations of Piping Stress AnalysisUnderstand the fundamentals: when and why to perform pipe stress analysisLearn key concepts including loads and stresses on the system, load combinations, ASME code compliance, and support optimizationGrasp the complete piping stress analysis workflowNote: This section is also beneficial for CAESAR II users as it covers the essential process of piping stress analysis.Section Two: Mastering AutoPIPE ModelingCreate a new model from scratch on AutoPIPEModel essential components such as pipe bends, tees, valves, expansion bellows, pumps, and various fittingsLearn advanced modeling techniques including:Modeling pump nozzles using different methodsModeling surge vessels using different methodsAdding rigid and flexible supports and designing springsExplore additional modeling techniques like stretching, mirroring, and segment additionsSection Three: Analyzing and Interpreting ResultsInvestigate the output results from AutoPIPEAnalyze system deformations, stresses, pump nozzle loads, and support optimizationUnderstand system behavior and learn how to troubleshoot and fix failing segmentsDiscover valuable pipe rerouting techniques such as expansion loopsExtra Resources:This course also benefits CAESAR II users with its comprehensive theoretical insights into piping stress analysis.By the end of the course, you'll receive the AutoPIPE model file used during the lessons, allowing you to practice and refine your modeling skills.Additionally, you'll receive a soft copy of the ASME code and an AutoPIPE software guidebook.I hope this helps you attract more students and boost your course enrollments! If there's anything more you need, feel free to ask.
