Learn CAESAR II : The complete pipe stress analysis course

了解使用 CAESAR II 软件进行管道应力分析所需的一切，从初学者到专家 – 2022

发表于 04/2022
MP4 | 视频：h264, 1280×720 | 音频：AAC，44.1 KHz，2 Ch
类型：eLearning | 语言：英语 + srt | 时长：35 节课（4 小时 40 米）| 大小：2.72 GB

您将学到什么
管道应力分析的基础
管道系统上的载荷类型、应力和载荷组合符合 ASME 规范
ASME 规范对管道应力分析
的要求 管道支撑类型[刚性支撑、可变支撑、吊架…等] 如何使用CAESAR II 软件创建任何管道 3D 模型
如何添加和定义不同的管道配件，如弯头、三通、法兰、阀门、膨胀波纹管等
如何在 CAESAR II 软件中对泵和容器喷嘴进行建模
如何解释应力分析输出和优化支撑设计
如何将系统应力和变形与规范允许的限制进行比较

要求
不需要经验，你会学到你需要知道的一切

描述
本课程非常适合任何有兴趣开始管道应力分析职业但被许多杂乱无章的信息淹没并且不知道从哪里开始的工程师。

本课程旨在指导您从头开始完成管道应力分析过程，直至能够理解管道等轴测图、创建完整的 3D 分析模型、选择支撑类型和位置、检查代码要求并最终确定设计图纸/报告。

本课程由 4 个部分组成，如下所示：-

第一节：-

在本节中，您将学习管道应力分析的基础知识，包括我们何时以及为什么必须进行管道应力分析，以及主要概念，例如

– 系统上的负载和压力

– 负载组合

– ASME 规范合规性

– 支持优化。

– 管道应力分析工作流程

一旦您熟悉了管道应力分析工作流程，您就可以准备好阅读以下部分

第二节：-

在本节中，您将学习如何从头开始创建新模型，以及如何对许多组件进行建模，例如弯管、三通、阀门、膨胀波纹管、泵和基本上任何类型的配件都可能在您的系统中。

此外，在建模过程中，您将学习多种高级技术，例如

– 如何为泵喷嘴建模

– 如何为缓冲船建模

– 如何为钢结构建模

以及许多其他建模修改技术，例如拉伸、镜像、添加段……等。

完成 3D 建模后，您将为接下来的部分做好准备

第三节：-

在第三部分中，您将开始研究分析的输出结果，包括系统变形、应力、泵喷嘴载荷、支撑优化，我们将学习如何理解和评估系统的行为以及如何修复任何故障段系统。

您还将学习一些有价值的管道重新布线技术，例如扩展循环。

第四节：-

在本节中，您将了解地下管道应力分析，包括以下内容

– 管道和管道有什么区别？

– 为什么我们必须对地下管道进行管道应力分析？

– 我们什么时候必须这样做？

– 地下管道与地上管道的管道应力分析有何不同]

– 地下管道的支撑系统

以及有关地下管道系统的许多其他重要信息

额外资源：-

在课程结束时，作为 extea 资源，您将收到我们在课程中使用的多个 CAESAR II 模型文件，这将使您有机会训练和提高您的建模技能。

本课程面向
希望为初学者和中级水平学习管道应力分析基础知识的
工程师希望在 CAESAR II 软件上学习 3D 管道建模的工程师
希望增强其知识和建模技能的初级管道应力分析
工程师进入工艺管道领域
工程师进入基础设施水领域
工程师进入石油或油气领域

Learn everything you need to know about pipe stress analysis using CAESAR II software, from beginner to expert – 2022

Published 04/2022
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 35 lectures (4h 40m) | Size: 2.72 GB

What you’ll learn
Basics of pipe stress analysis
Types of loads, stresses and loads combinations on piping systems as per ASME code
ASME Code requirements for pipe stress analysis
Types of piping supports[Rigid supports, Variable supports, Hangers…etc] How to use CAESAR II software to create any piping 3D Model
How to add and define different piping fittings such as bends, Tees, Flanges, Valves, Expansion bellows…etc
How to model pumps & vessels nozzles in CAESAR II software
How to interpret the stress analysis output and to optimize supports design
How to compare system stresses and deformations with the code allowable limits

Requirements
No experience needed, you will learn everything you need to know

Description
This course is perfect for any engineer interested to start a career in pipe stress analysis but overwhelmed by many unorganized information and doesn’t know from where to start.

This course is designed to guide you through pipe stress analysis process starting from scratch till being able to understand piping isometric drawings, creating a full 3D analysis model, choosing supports types & locations, checking code requirements and finalizing the design drawings/report.

This course consists of 4 sections which are as following :-

Section One :-

In this section, you will learn the very basics of the pipe stress analysis including when & why do we have to carry out pipe stress analysis, and the main concepts such as

– Loads & stresses on the system

– Loads combinations

– ASME Code compliance

– Supports optimization.

– Pipe stress analysis workflow

Once you are familiar with the pipe stress analysis workflow, you will be ready for the following section

Section Two :-

In this section you will learn how to create a new model from scratch and how to model many components such as pipe bends, tees, valves, expansion bellows, pumps and basically any kind of fitting might be in your system.

Also, during modeling you will learn multiple advanced techniques such as

– How to model pumps nozzle

– How to model surge vessels

– How to model steel structures

And many other modelling modifications techniques such as stretching, mirroring, adding segments…etc.

Once the 3D modeling is finalized, you will be ready for the following section

Section Three :-

In the third section, you will start investigating the output results of the analysis including the system deformations, stresses, pump nozzle loads, supports optimization, and we will learn how to understand and asses the system’s behavior and how to fix any failing segments of the system.

you will also learn some valuable techniques for pipe rerouting such as expansion loops.

Section Four :-

In this section, you are going to learn about underground pipe stress analysis including the following

– What is the difference between piping and pipeline ?

– Why do we have to do pipe stress analysis for underground pipeline ?

– When do we have to do it ?

– How different is pipe stress analysis for underground pipeline vs above ground]

– Supporting systems for underground pipelines

And many other important information about underground pipeline systems

Extra Resources :-

By the end of the course, and as extea resource, you will receive multiple CAESAR II models files which we have used during our course, this will give you a chance to train and enhance your modeling skills.

Who this course is for
Engineers who want to learn pipe stress analysis basics for beginners and intermediate level
Engineers who want to learn 3D piping modeling on CAESAR II software
Beginner pipe stress analysts who want to enhance their knowledge and modeling skills
Engineers into process piping field
Engineers into infrastructure water field
Engineers into Petroleum or Oil & Gas field