»ìÄýÍÁ½á¹¹Éè¼Æ¼°Èí¼þÓ¦ÓÃ=DesignofConcreteStructureandSoftwareApplication

Chapter 1 Principles of Structural Design
1£®1 Introduction
1£®1£®1 Structural Forms
1£®1£®2 Concrete Type
1£®1£®3 Objectives of Building Structural Design
1£®1£®4 Structural System
1£®2 Loads
1£®2£®1 Loads Categories
1£®2£®2 Representative Values of Loads
1£®2£®3 Permanent Load
1£®2£®4 Live Loads
1£®2£®5 Wind Load
1£®3 Material
1£®3£®1 Concrete
1£®3£®2 Steel Reinforcements
1£®4 Structural Design Theory
1£®4£®1 Limit States Design
1£®4£®2 Load Combinations
1£®5 The Design Process
1£®5£®1 Definis Client's Needs and Priorities
1£®5£®2 Develop Project Concept
1£®5£®3 Design Individual Systems
References
Questions

Chapter 2 Slabs
2£®1 Introduction
2£®1£®1 Types of Floor Systems
2£®1£®2 Size of Reinforced Concrete Slabs
2£®2 Design of One-Way Ribbed Slab
2£®2£®1 Structure Layouts of One-Way Slab
2£®2£®2 Calculating Diagram of One-Way Slab
2£®2£®3 Internal Forces Analysis by Elastic Theory Method
2£®2£®4 Internal Forces Analysis by Plastic Theory Method
2£®2£®5 Section Design and Reinforcements Construction of One-Way Slabs
2£®3 Design of Two-Way Ribbed Slab
2£®3£®1 Structure Layouts of Two-Way Ribbed Slab
2£®3£®2 Stress Characteristics of Two way Ribbed Slab
2£®3£®3 Analysis of Two-Way Slab's Internal Forces by Elastic Theory Method
2£®3£®4 Internal Forces Analysis of Two Way Slab using the
Plastic Theory Method
2£®3£®5 Internal Force Analysis of Two-Way Slab Beam
2£®3£®6 Section Design and Construction Requirement of Two-Way Slab
2£®3£®7 Other Floor Types
2£®3£®8 Platform Slab of a Workshop
2£®4 Stairs
2£®4£®1 Slab Stairs
2£®4£®2 Beam Stairs
References
Questions

Chapter 3 Single-Storey Factory Building
3£®1 Introduction
3£®2 Structural System and Design of Single-Layer Factory Buildings
3£®2 £® 1 Structure System
3£®2£®2 Layout of Structure Members
3£®3 Internal Force Calculation of Bent Frame Structure
3£®3£®1 Assumptions and Calculations
3£®3£®2 Standard Load Values of Bent Frame Structure
3£®3£®3 Internal Force Analysis
3£®3£®4 Space Effect in Internal Force Analysis of Single
Storey Bent Frame Structure
3£®3£®5 Internal Force Combination
3£®4 Bent Frame Column of Single-Storey Factory
3£®4£®1 Column Form
3£®4£®2 Design of Bent Frame Column
3£®5 Design of Crane Beam
3£®5£®1 Mechanical Characteristics of Crane Beam
3£®5£®2 Selection of Crane Beam
3£®5£®3 Internal Force Calculation of Crane Beam
References
Questions

Chapter 4 Multilayer Frame Structures
4£®1 Frame Construction Types and Layout
4£®1£®1 Features and Types of Frame Structures
4£®1£®2 Structure Layouts
4£®1£®3 Structure Form Selection and Section Dimension
Estimating
4£®2 Internal Force and Displacement Calculation
4£®2£®1 Analysis Models
4£®2£®2 Internal Force Analysis under Vertical Loads
4£®2£®3 Internal Force Analysis under Horizontal Loads
4£®2£®4 Calculation of Displacement and the Limit Value of Frames
4£®3 The Most Unfavourable Position of Load Combination
4£®3£®1 Control Sections
4£®3£®2 Load Effect Combination
4£®3£®3 Most Unfavorable Position under Vertical Variable Loads
4£®3£®4 Moment Amplitude Modulation of Beam End
4£®4 Design of Frame Structural Components
4£®4£®1 Design of Frame Beam and Column
4£®4£®2 Design of Frame Joints
4£®4£®3 Frame Construction Requirements
References
Questions

Chapter 5 Application of Software
5£®1 Introduction of Softwares
5£®1£®1 Introduction of Chinese Softwares
5£®1£®2 Introduction of International Softwares
5£®2 Example£º Design of a Reinforced Concrete Structure
5£®2£®1 Introduction of Project
5£®2£®2 BeginaNew Model
5£®2£®3 Add Floor Openings
5£®2£®4 Add Walls
5£®2£®5 Define Static Load Patterns
5£®2£®6 Review Diaphragms
5£®2£®7 Review the Load Cases
5£®2£®8 Run the Analysis
5£®2£®9 Display the Results
5£®2£®10 Design the Concrete Frames
5£®2£®11 Design the Shear Walls

References
Appendix
Appendix A
Appendix B
Appendix C
Appendix D