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先进钢铁材料

书名:先进钢铁材料
ISBN:978-7-5024-5436-4
作者:翁宇庆,董瀚,干勇
出版时间:2011年5月
图书定价:199.00

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内容简介

本书包括汽车薄板钢、高强度低合金钢、特殊钢、生产和加工工艺技术、物理冶金学基础研究等几个部分。全面反映了近年来世界钢铁行业科研、生产、管理等方面的新成果,内容全面、新颖、具有较高学术水平。

The aim of this book is to introduce steel researchers and technologists to the understanding of present statues of different kinds of steels and relative technologies. It covers general review on steel industry, physical metallurgy, HSLA steel, automobile steel, specialty steel, processing and fabrications. It is the summary of steels over past decades and also the forecast of advanced steels into the future I believe physically that this specific book would help people to have the progresses of steels in hand.

 

本书目录

Part I General Review
1.1 Advanced Steel and Our Society; Better Steel, Better World
1.2 Innovative Steels for Low Carbon Economy
1.3 Development and Outlook of Advanced High Strength Steel in A Steel
1.4 Technical Progress and Product Development of TISCO Stainless Steel
1.5 The State of Steel Industry in India and its Future Prospects
1.6 On the Performance Improvement of Steels through M3 Structure Control
1.7 High-Strength Steels; Control of Structure and Properties
1.8 Ultra-high Strength Steel Treated by Using
Part II Physical Metallurgy Frontier
2.1 Long-term Stabilization of Steel Availability under Limited Resources
2.2 Grain Boundary Carbon Segregation Estimated by McLean and Seah-Hondros Models
2.3 Nano-Preciptates Design with Hydrogen Trapping Character in High Strength Steel
2.4 Micro-Mechanical Behavior of Inclusion in Advanced Steels
2.5 Dislocation Assisted Phase Tranformation Observed in Iron Alloys
2.6 Solution and Precipitation of Secondary Phase in Steels; Phenomenon, Theory, and Practice
2.7 Ways to Manage Both Strength and Ductility in Nanostructured Steels
2.8 Steels; Data Exploration for Discovery and Data-Sharing
2.9 Long Life High Strength Steels to Resist Fatigue Failure and Delayed Fracture
Part III Auto Sheet Steels
3.1 Metallurgical Perpectives on Advanced Sheet Steels for Automotive Application
3.2 Recent Development of Nb-Containing DP590, DP780 and DP980 Steels for Production on Continuous Galvanizing Lines
3.3 Lightweight Car Body and Application of High Strength Steels
3.4 Design of Lean Maraging TRIP Steels
3.5 The 3rd Generation Automobile Sheet Steels Presenting with Ultrahigh Strength and High Ductility
3.6 Challenges Toward the Further Strengthening of Sheet Steel
3.7 Developments in High Strength Steels with Duplex Microstructures of Bainite or Martensite with Retained Austenite; Progress with Quenching and Partitioning Heat Treatment
3.8 Development and Application of Q&P Sheet Steels
3.9 Microstructure and Mechanical Properties of Al-Added High Mn Austenitic Steel
3.10 Microstructure and Property Control of Advanced High Strengt Automotive Steels
3.11 Microstructure and Mechanical Properties of a TRIP Steel Containing 7 Mass% Mn
Part IV Advanced High Strength Low Alloy Steels
4.1 Development of High Strength and High Performance Linepipe and Shipbuilding Steels
4.2 MoNb-based Alloying Concepts for Low-Carbon Bainitic Steels
4.3 Vanadium in Bainitic Steel;  A Review of Recent Developments
4.4 Nanostructural Engineering of TMCP Steels
4.5 Research of Low Carbon Nb-Ti-B Microalloyed High Strength Hot Strip Steels with Yield Strength 00 MPa
4.6 Mechanical Properties and Microstructure of X80 Hot-Rolled Steel Strip for the Second West-East Gas Pipeline
4.7 Refinement of Prior Austenite Grain in Advanced Pipeline Steel
Part V Specialty Steels
5.1 Grain Boundary Hardening and Single Crystal Plasticity in High Nitrogen Austenitic Stainless Steels
5.2 Unexplored Possibilities of Nitrogen Alloying of Steel
5.3 High-Nitrogen Steels; The Current State and Development Trends
5.4 Development of Stainless Steels with Superior Mechanical Properties;
5.5 A Correlation Between Structure and Properties in Nanoscale/Sub-micron Grained Austenitic Stainless Steel
5.6 Advanced Heat Resistant Austenitic Stainless Steels
5.7 Research and Development of Advanced Boiler Steel Tubes and Pipes Used for 600_C USC Power Plants in China
5.8 Strengthening Mechanisms in Creep of Advanced Ferritic Power Plant Steels Based on Creep Deformation Analysis
5.9 New Products and Techniques of Mould Steels
5.10 Research on Large-size Pre-hardened Mould Blocks of Plastic Mould Steels
5.11 Developments and Challenges of China High-Speed Steel Industry over Last Decade
Part VI Advanced Steel Processing and Fabrication
6.1 Study of Weldability of High Nitrogen Stainless Steel
6.2 Thermomechanical Processing and Role of Microalloying in Eutectoid Steels
6.3 Study of Non-metallic Inclusion in High Strength Alloy Steel Refined by Using High Basicity and High Al2O3 Content Slag
6.4 Formation of Ultrafine Grained Ferrite + Cementite Duplex Structure by Warm Deformation
6.5 Pangang Rail Production System Innovation and New Products Development
6.6 The Influence of Strong Magnetic Field on Alloy Carbide Precipitation in Fe-C-Mo Alloy

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¥ 159.20
  • 用途分类
    教材
  • 专业分类
    冶金工业;材料科学
原价: ¥199.00