Courseware for the application of materials science in computers

The application of computers in materials science.

As a basic tool in the electronic information age, computers play an important role in all fields of our lives, and play an increasingly important role in the research of materials science, such as measuring the temperature in the blast furnace, monitoring the movement of fluids in the blast furnace, and estimating the service life of the blast furnace in the steel industry.

Nowadays, most of China's industries are developing towards the trend of refinement and complete spine, and the demand for computers is constantly increasing.

Therefore, it is not difficult to see that the application of computers in materials science has broad prospects.

So, how to make full use of computers to bring the research and development of materials science to a new level? This requires us to have a full understanding of computer science, materials science and the relationship between the two, and carefully analyze and explore the application direction of computer in the field of materials science research, and combine the advantages of computers to better develop materials science.

The application of computer in materials science and engineering is a book published by Northeastern University Press in 2007, and the author is Liu Xingjiang.

This book clarifies the basic methods and basic problems, reflects the current situation and latest progress of computer applications in the field of materials science at home and abroad, and broadens students' ideas and horizons.

The book is divided into seven chapters. Chapter 1 introduces the application of computers in materials science, and Chapter 2 introduces computer-aided design of material composition design based on the theory of electronic testing, and the relationship between phase structure factors and interfacial bonding factors, phase transitions, and various strong factors.

Chapter 3 introduces the computer simulation of crystal solidification theory, and Chapter 4 introduces the simulation and calculation methods of temperature field, phase transformation process and bending pure stress field during heat treatment.

Chapter 5 introduces the composition of the computer detection and control system, and introduces the calculation furnace temperature control method, the carbon potential control principle and control method, the composition of the carbon potential measurement device and the microcomputer carbon potential control system, the basic principles of the sixth nuclear naughty jujube chapter intermediary database, expert system and artificial neural network, and their application examples in materials science and engineering.

Chapter 7 introduces common computer software in materials design. This book can be used as a textbook and as a reference for other materials science practitioners. It is a book edited by Liu Xingjiang, which strives to strengthen the basic theory, and the content of this book is comprehensive, novel, systematic, and focused.

Since the freshman and sophomore years of the undergraduate year are mainly classes, various public basic courses, the vast majority of majors do not need computers much in the first two years of undergraduate.

The professional design and graduation project in the third and fourth years involve the writing, typesetting, program preparation, and information inquiry. This is done with the help of a computer and the Internet.

Areas of knowledge involved in materials science and engineering.

1.Master the basic theories of metal materials, inorganic non-metallic materials, polymer materials, anti-corrosion and other high-tech materials science, as well as the basic knowledge of material synthesis and preparation, material composite, material design, etc.;

2.Master the basic knowledge of material performance testing and product quality control, and have the initial ability to research and develop new materials and new processes;

3.Master the basic knowledge of material processing, and have the preliminary ability to correctly select equipment for material research, material design, and material development;

4.Basic knowledge and skills in mechanical design, electrical and electronic technology, and computer application required for this major;

5.Familiar with technical and economic management knowledge;

6.Master the basic methods of literature retrieval and data inquiry, and have the ability of preliminary scientific research and practical work.

7.Proficiency in the use of instruments for materials testing.

The book is divided into seven chapters. Among them, the first chapter introduces the application of computers in materials science, the second chapter introduces the computer-aided design of material composition design based on the theory of given electronics, the relationship between phase structure factors and interface bonding factors and phase transitions and various strong factors, the third chapter introduces the computer simulation research of crystal solidification theory, the fourth chapter introduces the simulation and calculation methods of temperature field, phase transformation process and stress field in the heat treatment process, and the fifth chapter introduces the calculation method of calculating furnace temperature control on the basis of introducing the composition of computer detection and control system. Carbon potential control principles and control methods, carbon potential measurement devices and microcomputer carbon potential control systems, Chapter 6 introduces the basic principles of databases, expert systems and artificial neural networks and their application examples in materials science and engineering, and Chapter 7 introduces the common computer software in materials design. This book can be used as a textbook and can also be used as a reference for other materials scientists.

The Application of Computer in Materials Science and Engineering is a book edited by Liu Xingjiang, which strives to strengthen the basic theory, clarify the basic methods and basic problems, reflect the status and latest progress of computer application in the field of materials science at home and abroad, and broaden the ideas and horizons of students. The content of this book is comprehensive, novel, systematic, and has a strong emphasis.