"Design of Steel Structures" is a major backbone course for civil engineering undergraduates. As a follow-up course of the subject "Theory of Steel Structures", the students should firstly understand the basic principles of steel structure analysis, master the design methods of all kinds of steel components and connections before learning this course. In fact, as a course closely combined with engineering practice, this course involves the design of several commonly used structural types, such as light-weight gabled frame building, general steel plant, large span roof structure, multi-story and high-rise steel structure, light-weight residential steel structure and other common steel structural systems, which is mainly to cultivate students' ability to engage in the design of various types of steel structures, and the ability to think and solve practical engineering problems.
Overview
Syllabus
- Chapter 1 Introduction
- 1.1 Development History and Applications of Steel Structures
- 1.2 The Basic Design Method of Steel Structures
- 1.3 Material selection and design index
- 1.4 Allowable value of deformation and component's slenderness ratios
- Chapter 2 Light-weight gabled frame structure
- 2.1 Constitution and characteristics of single-story gabled frame structure
- 2.2 Characteristics and application of single-story gabled frame structure
- 2.3 Structure form of light-weight gabled frame building
- 2.4 Dimension and layout of rigid frame
- 2.5 Layout of the purlin and wall beam
- 2.6 Loads and load combinations of light-weight gabled frame building
- Chapter 3 Medium and heavy steel plant structure
- 3.1 introduction
- 3.2 Structural Selection and Layout
- 3.3 Horizontal Frame Design
- 3.4 Crane Beam Design
- 3.5 General Steel Roof Truss Design
- Chapter 4 Large span roof structure
- 4.1 Overview of grid structure
- 4.2 Analysis of grid structure
- 4.3 summarize
- 4.4 Structural analysis of reticulated shell
- Chapter 5 Light-weight residential steel structure
- 5.1 Overview(1)
- 5.1 Overview(2)
- 5.2 Design Methods(1)
- 5.2 Design Methods(2)
- Chapter 6 Multi-storey and high-rise steel structure
- 6.1 Structure Type and System
- 6.2 Loads and Actions
- 6.3 Principles and Calculation Methods
- 6.4 Floor and Roof Structure
- 6.5 Design of Columns
- 6.6 Lateral Resistant Components
- 6.7 Joint Design
- Final exam
Taught by
Li Liang, Lu Linfeng, Liu Yan, Liao Fangfang, Yang Fei, and Guan Yu
