《鋼結構基本原理（英文）》是2022年中國建築工業出版社出版的圖書。
基本介紹
- 中文名：鋼結構基本原理（英文）
- 出版時間：2022年5月1日
- 出版社：中國建築工業出版社
- ISBN：9787112267699
內容簡介,目錄,
內容簡介
《鋼結構基本原理（英文）》根據現行《鋼結構設計標準》GB 50017的設計條文與條文說明，按照《高等學校土木工程本科指導性專業規範》編寫。嚴格遵循專業規範編制的基本原則，對專業規範提出的核心知識點做到了全面覆蓋。通過核心知識點，介紹我國《鋼結構設計標準》GB 50017的基本設計條文和基本原則，很大程度地讓留學生了解和掌握我國鋼結構設計體系的基礎理論和基本設計方法，易於與實際工程靠近。
《鋼結構基本原理（英文）》介紹鋼結構的基本原理，內容安排考慮鋼結構課程的內在邏輯規律，遵循以學生為主、簡明實用、可讀性強的編寫原則，突出原理，注重分析問題和解決問題的思路。
《鋼結構基本原理（英文）》適用於土木工程專業國際留學生和授課教師、開展雙語授課的師生，以及對外從事鋼結構工程設計與施工的技術人員。
目錄
Chapter 1 INTRODUCTION
1．1 Characteristics of Steel Structures
1．1．1 Advantages
1．1．2 Disadvantages
1．2 Development History of Steel Structures
1．3 Applications of Steel Structures
1．4 Classification of Structural Steel Members
1．5 The Basic Design Method of Steel Structures
1．5．1 The purpose of steel structure design
1．5．2 Probabilistic limit state design method
1．5．3 Design expression
1．6 Chapter Summary
Questions
Chapter 2 STRUCTURAL STEEL
2．1 Introduction
2．2 Several Important Performance Indexes of Structural Steel
2．2．1 Strength performance
2．2．2 Plastic performance
2．2．3 Steel physical performance index
2．2．4 Cold bending performance
2．2．5 Impact toughness
2．2．6 Structural steel weldability
2．3 Stress-Strain Relationship of Structural Steel under Different Loadings
2．4 Performance of Steel under Complex Stress
2．5 Main Factors Affecting the Performance of Structural Steel
2．5．1 Chemical compositions of steel
2．5．2 Production process
2．5．3 Steel hardening
2．5．4 Temperature
2．5．5 Stress concentration
2．6 Types and Specifications of Structural Steel
2．6．1 Classification of steel in China
2．6．2 The choice principles of structural steel
2．6．3 Steel selection recommendations
2．7 Structural Steel Products in China
2．7．1 Hot-rolled steel products in China
2．7．2 Cold-formed steel shapes in China
2．8 Chapter Summary
Questions
Chapter 3 POSSIBLE FAILURE OF STEEL STRUCTURES
3．1 Introduction
3．2 The Strength Failure of Steel Structures
3．2．1 The strength failure of tension members
3．2．2 The strength failure of bending members
3．3 Overall Instability Failure of Steel Structures
3．3．1 Aspects that must be considered
3．3．2 Overall instability of steel structures
3．3．3 Overall instability of steel members
3．4 Local Instability Failure of Steel Structures
3．4．1 Local instability of steel structures
3．4．2 Local instability of steel members
3．4．3 Classification of cross-section
3．5 The Fatigue Failure of Steel Structures
3．5．1 The concept of fatigue failure
3．5．2 Factors affecting fatigue failure
3．5．3 Fatigue calculation and anti-brittle fracture design
3．6 The Deformation Failure of Steel Structures
3．6．1 The deformation failure of steel members
3．6．2 The deformation failure of steel structures
3．7 Brittle Fracture of Steel Structures
3．7．1 Examples of brittle fracture of steel structures
3．7．2 The main cause of brittle fracture
3．7．3 Measures to prevent brittle fracture
3．8 Chapter Summary
Questions
……
Chapter 4 CONNECTIONS OF STEEL STRUCTURES
Chapter 5 AXIALLY LOADED MEMBERS
Chapter 6 FLEXURAL MEMBER（BEAM）
Chapter 7 TENSION-BENDING MEMBERS AND COMPRESSION-BENDING MEMBERS
APPENDIX
REFERENCES
