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所在平台: Udemy |
课程主页: https://www.udemy.com/course/under-ground-piping-networks-stress-analysis/
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Coursera课程总结：地下管道网络及应力分析 本课程全面介绍了地下管道（Under-Ground Piping）设计与分析的各个方面，从基础理论到高级应力分析。 **课程核心内容包括：** * **地下管道基础知识：** * 基本定义、相关规则和通用术语，如集水井（Catch basin）、人孔（Manholes）、阀门井（Valve Pits）、分流井（Diversion Pits）、进水底高程（Invert Elevations）、排水点（Listing Stations）等。 * 各种地下管道网络系统，包括含油污水（Oily water）、污染物雨水（Contaminated Rain water）、冷却水（Cooling Water）和封闭排水网络（Closed drain networks）。 * 沟槽管道（Trench Piping）的要求和配置。 * 复合图纸（Composite drawings）的制作、目的、相关方以及生成要求。 * 不同学科之间的范围和责任划分（Scope & Responsibility Splits），涵盖从提案到详解设计的各个阶段。 * **应力分析 (Stress Analysis)：** * 由 Anup Dey 先生贡献的主要部分，详细讲解了地下管道应力分析的全过程。 * **准备工作：** 所需的文档/输入、CAESAR II 中的输入参数、单位系统设置、管道/土壤属性、管线剖面图。 * **规范与标准：** 涉及的各项设计规范与标准（AG & UG Pipeline）。 * **建模过程：** CAESAR II 的分步建模，包括管道、管件（Fittings）、支撑（Supports）的建模；埋地管道的建模；U/G Pipe Modeler 工具的使用；土壤模型的参数设置。 * **载荷工况与结果分析：** 基于各种参数创建载荷工况（Load Cases），分析 CAESAR II 结果，生成应力报告，并对最终的应力结果进行总结。 课程通过大量的图纸和横截面图，帮助学习者深入理解基础知识。此外，Mr. Laxmikant Sawleshwarkar 的贡献为课程内容增添了更多价值。课程鼓励学习者提供反馈，以期在未来课程中进一步完善。
What you'll learnAll about Under Ground PipingBasic DefinitionsVarious Rules to be followedGeneral Terms: Catch basin, Manholes, Valve Pits, Diversion Pits, Invert Elevations, Listing StationsVarious Underground Networks: Oily water, Contaminated Rain water, Cooling Water, Closed drain networksTrench PipingComposite drawingsScope & Responsibility SplitsStress Analysis: Complete content is prepared by Mr. Anup Dey (Special Thanks for valuable contribution)Setting Ground WorkDocuments/Input RequiredInput parameters in CaesarSettings Unit SystemsPipe/Soil PropertiesPipeline Profile drawings·Codes & Standards usedAG & UG PipelineStep By Step ModellingVarious tools of Caeser IIPipeline, Fittings, SupportsBest Practices while modeling/AnalysisModeling of Buried pipeU/G Pipe modeler ToolParameters in Soil ModelersLoad Cases, Caeser Results and ReportsCreating Load Cases, w.r.t. Various parametersAnalyzing Caeser resultsGenerating stress reportsConcluding Stress Results and ReportsThis covers, Why UG piping is required, what basic rules need to be followed. It covers most the underground items eg. Catch basin, Manholes, Valve Pits, Diversion Pits, Invert Elevations, Listing Stations. Requirements and configurations for trench piping have also been covered. Various open and closed drain networks are also covered along with Cooling water network. Most of the critical things about Composite drawings are also covered eg What are those drawings and why those drawings are required, who are the various stakeholders involved and basic required to generate these drawings.Various drawings, cross sectional views have been added at various stage of the course which can be very useful to understand the fundamentals.Also, we will discuss the various scope & responsibility splits among various disciplines. all phases from Proposal to Feed to Detailed design stages have been covered to understand the scope & responsibilities of various disciplines.In the End, Stress Analysis shall be discussed w.r.t U/G piping; where the things re discussed in details w.r.t Inputs required, Step by step Modelling in CAESER II, Various parameters, Various load cases and Stress reports.In this course my Dear Friend Mr. Laxmikant Sawleshwarkar has helped a lot. His contributions have really helped to add more value to the content. I am sure he is going to contribute in upcoming courses too.Dont miss to provide your feedback.
