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所在平台: Udemy |
课程主页: https://www.udemy.com/course/design-of-buried-pipeline-supports-2022/
课程评论：没有评论
**课程名称：** 学习管道：地下管道支撑设计 - 2022 **课程概述：** 本课程专为给排水领域的土木/结构工程师或任何需要处理地下管道系统的工程师而设计。 **课程主要内容：** * **第一部分：** * 学习不同类型的地下管道系统。 * 了解作用在地下管道系统上的力及其在弯头或不同配件处的稳定性。 * 介绍稳定地下管道的各种支撑系统，包括： * 推力块 (Thrust blocks) * 管线锚固 (Line anchors) * 约束长度 (Restrained length) * 讨论不同支撑系统的区别、优缺点及适用场景。 * **第二部分：** * 详细讲解影响推力块的力，包括： * 推力（Thrust force） * 主动土压力（Active earth pressure） * 被动土压力（Passive earth pressure） * 超载压力（Surcharge pressure） * 学习需要进行的各种稳定性校核以及不同的操作工况。 * **第三部分：** * 内容与第二部分类似，但针对管线锚固系统进行讲解。 * **第四部分：** * 通过一个完整的案例，计算DN800mm管道90度弯头的推力块尺寸。 * **第五部分：** * 重复第四部分的案例，但计算管线锚固的必需尺寸和数量，而非推力块。 **课程结束时提供的附加资源：** * 推力块和管线锚固的稳定性计算 Excel 表格。 * 约束长度的计算 Excel 表格。
This course has been prepared for civil/structural engineers into water field or any field where you have to deal with underground pipe system.This course consists of 5 main sectionsFirst SectionIn the first section, you will learn about the different types of buried pipeline systems and you will learn about the forces acting on underground pipe system and affecting their stability at bends or different fittings.Then we will start explaining the different types of supporting systems to used to stabilize the buried pipeline which are- Thrust blocks- Line anchors- Restrained lengthFirst section will end by discussing the difference between each system, the advantages and disadvantages and when to be used.Second SectionThen, in the second section of the course, we will start explaining - in details - the forces affecting thrust blocks such as- Thrust force- Active earth pressure- Passive earth pressure- Surcharge pressureAlso we will learn about the different stability checks to be carried out as well as the different cases of operationThird SectionIn the third section, the same curriculum of the second section will be repeated but for the line anchors systemFourth SectionIn the fourth section, we will start solving a full example on calculating the size of thrust block on a 90 degree bend on DN800mmFifth SectionIn the fifth section, we will repeat the same example of the fourth section. However, instead of calculating the required size of the thrust block, we will calculate the required size & No. of line anchors.By the end of this course and as an additional resources, we have provided multiple excel spreadsheets for the stability calculations of thrust blocks & line anchors as well as restrained length calculations.
