Key Forming Technologies and Analytical Testing Methods of Metals

推荐语

The book is written by Dr. Yan Wenduan,Minnan University of Science and Technology. The overall process of writing monograph has been strongly supported by relevant departments of the university. In process of writing content vicepresident Prof. Fu Gaosheng (Minjiang University,Fuzhou University),Prof. Chen Hongling (Fuzhou University),Prof. Guo Yinbiao and Prof. Wang Shukun (Minnan University of Science and Technology),and Prof. Chen Guiqing (Fujian Chuanzheng Communications College) have put forward many valuable and constructive comments on the book. The main content of this book reflects   research result from the author and his group′s in the field.

内容简介

The book shows an original analysis of metal materials and their key forming technologies. It is divided into eight chapters,presenting a clever combination of metal key forming technologies and testing methods. The treatise mainly contains aluminum alloy,copper alloy,magnesium alloy, and other nonferrous metals on the structure of metals and plastic deformation,crystallization and recrystallization, key technologies in casting and melt treatment,plastic deformation,physical simulation and hot processing map，the key technology in welding of nonferrous alloys，deformation texture and some analytical methods,such as SEM，TEM，EBSD,and so on. The principles of metal science,the key technology,and the theory of metal forming are described clearly,including some latest research and theoretical basis in the field.

目录

1 Introduction

1.1 Concepts and sorts of materials

1.2 Content and relation of materials science

1.3 Materials and mechanical engineering

1.4 Mechanical properties of materials

2 Nonferrous Metals

2.1 Aluminum and Al alloys

2.2 Copper and Cu alloys

2.3 Magnesium and Mg alloys

2.4 Titanium alloy

3 Metal Structure and Deformation Mechanism

3.1 Crystal structure of metals

3.2 Crystallization of metal

3.3 Recovery,recrystallization,and grain growth

3.4 Deformation mechanism

4 Metal Alloys and Heat Treatment

4.1 Crystal structure of alloys

4.2 Binary alloy diagram

4.3 Phase structure and properties in iron-carbon alloys

4.4 Heat treatment of metal

5 Key Technology in Casting and Melt Treatment

5.1 Solidification in casting alloys

5.2 Fluid flow of molten metal

5.3 Shrinkage of alloys

5.4 Casting stress，cracks and blowhole

5.5 Casting methods and riser

5.6 Key technology in casting of aluminum alloy

6 Plastic Deformation，Physical Simulation and Hot Processing Map

6.1 Principles of plastic deformation

6.2 Forging

6.3 Rolling

6.4 Defects in rolled plates and sheets

6.5 Bending and deep drawing

6.6 Stress-strain curve and dynamic recrystallization kinetics model

6.7 Hot processing map

7 Key Technology in Welding of Nonferrous Alloys

7.1 Welding and welding joint

7.2 Welding quality

7.3 Welding of aluminum alloy and copper alloy

8 Analytical Testing Techniques in Nonferrous Alloys

8.1 Optical microscopy

8.2 Scanning electron microscopy

8.3 Transmission electron microscopy

8.4 Electron backscattered diffraction

8.5 Differential thermal analysis

References