order

Introduction to Chapter 1

1. 1 The importance of curriculum design

1.2 Basic requirements of curriculum design

1.3 general method for drawing steel structure construction drawing

1.4 steel structure design drawing depth

1.5 design depth of steel structure construction detail drawing

1.6 norms and standards applicable to curriculum design

Chapter II Course Design of Steel Roof Truss

2. 1 roof structure form

2.2 Layout of roof supports

2.3 Calculation of Load and Internal Force of Bar

2.4 Section Design of Roof Truss Members

2.5 Roof truss joint design

2.6 Roof truss design example

2.7 Roof Truss Design Task Book

Chapter III Course Design of Crane Beam

3. 1 Section composition of crane beam system

3.2 Calculation of load and internal force of crane beam system

3.3 Section design of crane beam

3.4 Connection and structure of crane beam

3.5 Fatigue Checking Calculation of Crane Beam

3.6 Design example of crane beam

3.7 crane beam design task book

Chapter IV Curriculum Design of Work Platform

4. 1 Platform structure layout

4.2 Platform Plate Design

4.3 Platform Beam Design

4.4 Platform column design

4.5 Beam-column Connection Nodes and Structures

4.6 Work Platform Design Example

4.7 Work Platform Design Task Book

Chapter V Course Design of Portal Frame

5. 1 structural form and arrangement

5.2 Determination of beam-column section form and size

5.3 Calculation of Load and Internal Force

5.4 Component design

5.5 Column foot design

5.6 Beam-column connection node, inclined beam splicing node and structure

5.7 Design example of portal frame

5.8 Design Task Book of Portal Frame

Chapter VI Curriculum Design of Steel-concrete Composite Beams

6. The concept and application of1composite beam

6.2 Section Design of Composite Beams

6.3 Design of Shear Connectors

6.4 deflection calculation

6.5 structural requirements

6.6 Design example of steel-concrete composite beam

6.7 Design Task Book of Steel-concrete Composite Beams

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