|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/design-of-steel-structures-practice-exams-i/
课程评论：没有评论
**课程名称：** 钢结构设计：厂房建筑与考试练习 I **课程概述：** 本课程提供一系列练习题，旨在帮助学习者巩固钢结构设计中各个构件的设计知识。课程内容涵盖了冷弯和热轧钢构件的设计，焊接和螺栓连接的设计，拉杆和压杆的设计，梁的设计，偏心连接的设计，钢桁架的详细设计，梁和柱的设计，以及支撑系统的设计。通过大量的实践练习，学习者将全面掌握钢结构的设计要点和技巧，为通过相关考试做好准备。 **核心内容：** * **构件设计练习：** 重点围绕厂房建筑中的各种典型钢结构构件展开。 * **材料类型：** 包含冷弯型钢和热轧型钢的设计。 * **连接方式：** 涵盖焊接连接和螺栓连接的设计。 * **杆件设计：** 深入讲解拉杆和压杆的设计。 * **梁的设计：** 涉及梁的承载能力和变形控制。 * **偏心连接：** 重点研究偏心荷载下的连接设计。 * **钢桁架：** 提供钢桁架的详细设计案例。 * **梁柱组合：** 探讨梁和柱的协同设计。 * **支撑系统：** 阐述厂房建筑中支撑系统的设计原理和应用。 * **考试导向：** 所有练习均以实际考试为导向，帮助学习者熟悉考试形式和题型。
Practice exams on the design of the different elements of a steel structure. Design of both cold formed and hot rolled steel elements. Design of both welded and bolted connections. Design of the tension and compression members. Design of Beams. Design of eccentric connections. Showing details of steel trusses. Design of beams and columns. Design of bracing systems.Practice exams on the design of the different elements of a steel structure. Design of both cold formed and hot rolled steel elements. Design of both welded and bolted connections. Design of the tension and compression members. Design of Beams. Design of eccentric connections. Showing details of steel trusses. Design of beams and columns. Design of bracing systems.Practice exams on the design of the different elements of a steel structure. Design of both cold formed and hot rolled steel elements. Design of both welded and bolted connections. Design of the tension and compression members. Design of Beams. Design of eccentric connections. Showing details of steel trusses. Design of beams and columns. Design of bracing systems.Practice exams on the design of the different elements of a steel structure. Design of both cold formed and hot rolled steel elements. Design of both welded and bolted connections. Design of the tension and compression members. Design of Beams. Design of eccentric connections. Showing details of steel trusses. Design of beams and columns. Design of bracing systems.
