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所在平台: Udemy |
课程主页: https://www.udemy.com/course/steel-structure-design-for-industrial-projects/
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Coursera 课程：石油和天然气工厂钢结构设计 本课程将详细讲解如何根据ASD（容许应力设计法）和LRFD（载荷和抗力因子设计法）规范，在工业项目（如管道支架、车间等）中设计钢结构。课程内容涵盖了拉杆、压杆、梁、梁柱的设计及其连接，并讨论了风荷载下的支撑系统设计。此外，课程还包括锚栓和基板的设计。 特别针对工业结构，课程将深入探讨管道支架的风荷载和地震荷载计算。同时，课程还将介绍动力分析，并通过实际案例展示在机器振动作用下钢结构的结构设计，这是许多工业项目中常见的场景。 课程内容丰富，包含大量案例和练习。具体课程大纲如下： * 设计概念与ASD、LRFD及AISC（美国钢结构协会）和BS（英国标准）规范概述 * 不同的钢结构体系 * 荷载计算（恒荷载、活荷载、风荷载、地震荷载） * 根据ASEC（美国结构工程协会）计算管道支架的荷载 * 拉杆和压杆设计（附带案例） * 梁设计（附带案例） * 管道支架在风荷载作用下的设计案例 * 吊车轨道梁设计案例 * 振动设备下平台的结构设计案例 * 梁柱设计（附带案例） * 动力分析及振动机器下钢结构平台的案例 * 抗风支撑系统设计 * 侧向抗扭屈曲和柱屈曲的专题讲解 * 连接设计（附带案例） * 锚栓和基板设计 课程材料将使用来自美国和欧洲的钢材型材表格，学生需要使用这两种型号的钢材解决案例问题，并将答案提交讨论。
This course is illustarating the ways of design the steel structure as per ASD and guide for LRFD in industrial project like piperack, workshop and others. The design of tension, compression member, beam, and beam column with the connections. The wind bracing design is discussed. It is cover the anchor bolt and base plate design. For industrial structure a session about the pipe rack how to calculate wind and seismic for piperack. There are a session about the dynamic analysis and present the design for steel deck under vibrating machines with example which is traditional case in most industrial projects.There are many example and excersise during the course. The course outline as follow:-Designn concept and overview about ASD , LRFD and AISC and BS-Different steel structure systems-Loads calculation (dead load, live load, wind, seismic)-Loads calculation on piperack as per ASEC-tension and compression member design with example-Beam design with example-Example of piperack design under wind load-Example for design a crane track girder-Example od deck under vibrating equioment-Beam column design with example-Dynamic analyis and example of steel deck under vibrating machine-Wind bracing system-Lateral torsion buckling and column buckling will be illustrated in a separate sessions-Connection design with example-Anchor bolt and base plate designThe course materials have a steel members from American and european table and the student should solve the example with both section and send for discussion.
