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所在平台: Udemy |
课程主页: https://www.udemy.com/course/design-of-steel-structures-practice-exams-ii/
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**课程名称:** 钢结构设计:厂房建筑与实践考试二 (Design of Steel Structures, Factory Buildings, Exams II) **课程概览:** 本课程侧重于钢结构不同构件的设计实践,覆盖冷弯和热轧钢材,以及焊接和螺栓连接。课程内容详尽,包括: * **连接设计:** 焊接连接、螺栓连接、偏心连接(含扭转)。 * **构件设计:** 拉杆、压杆、梁、柱(包括受压构件设计、拉压构件设计总结、拉杆设计)。 * **整体结构设计:** 厂房整体布局、檩条(热轧)、吊车梁、冷弯型钢构件、桁架细节、斜撑及系杆、排架结构。 * **其他重要内容:** 屈曲长度、柱脚设计、高强度螺栓连接、中和端刚性连接、节点详图。 * **学习形式:** 通过大量的练习题、期中复习、期中考试和测验来巩固理论知识,并提升实际设计能力。 **课程章节(部分):** 1. 总平面布置 2. 檩条设计(热轧) 3. 吊车梁 3.1 冷弯型钢构件 4. 偏心连接-扭转 5. 连接-焊接 6. 偏心连接-螺栓 7. 屈曲长度 8. 柱 9. 螺栓连接 10. 桁架详图 11. 缀条 13. 焊接连接 14. 梁设计 14. 排架 15. 系杆、斜撑和柱 16. 结构体系(第一部分) 17. 结构体系(第二部分) 18. 讲义与思路 19. 柱脚 20. 受压构件设计 21. 拉压构件(总结) 22. 拉杆设计(第一、二部分) 23. 荷载计算 24. 期中复习示例与思路 25. 期中考试与测验 **核心学习目标:** 学员将能够熟练掌握钢结构中各种构件(如梁、柱、杆件、连接)的设计,理解并应用冷弯和热轧钢材的特性,熟悉焊接和螺栓连接的技术要求,并能够进行偏心连接设计以及厂房整体结构的初步布置和设计。通过大量的练习和考试,学员的设计能力将得到显著提升。
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. This course consists of these chapters: 1-General layout 2-Design of purlins (Hot - Rolled) 03-CRANE GIRDER 3-1 Cold-Formed Sections 04-Eccentric connections-torsion 05-Connections-welded 06- Eccentric connections-BOLTED 07-Buckling Length 08-Columns 8-Bolted Connections 10- Truss details 11-Lacing Bars 13- Welded connections 14- Design of beams 14-Portal Frames 15-Girts, Bracing, and Columns 16-Systems Part 1 17-Systems Part 2 18- Lecture Notes and Ideas Column Bases Design Of Compression Members Design of Tension _ Compression members (Summary) Design of tension members (parts 1-2) Loads Calculations Midterm Revision Examples _ Ideas Midterm Revision Midterm exams and Quizzes. 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.