Okay, here is the translation following your instructions: Material Forming Theory Fundamentals

Author: Liu Yazheng, Editor-in-Chief
Publisher:
Publish Date: 2004-07-01
Features: "Fundamentals of Material Forming" is a core theoretical textbook for the "Material Forming and Control Engineering" major, developed according to the professional catalog issued by the Ministry of Education in 1998, and listed as a key project for higher education excellent teaching materials by the Beijing Municipal Education Commission. This course serves as a bridge between technical foundation courses and specialized courses in the "Material Forming and Control Engineering" undergraduate program. With the rapid development of science and technology, interdisciplinary integration and cross-penetration are accelerating. Many high technologies are also infiltrating various fields of research to varying degrees. Students trained under the previous highly specialized and narrowly defined professional divisions no longer meet the needs of technological advancement. Today, what is required are talents with innovative and comprehensive problem-solving abilities, whose knowledge structures and competencies are more versatile, adaptable, and scalable. This textbook was written to adapt to the development of science and technology, emphasizing a stronger foundation, broader specialization, and the cultivation of high-quality, well-structured, and highly competitive engineering technicians.
The material forming process is a systematic issue. The goal of producing products with the best performance-price ratio is the purpose of the system, while the process of the system is reflected in the study and control of macroscopic flow laws of material forming and the study and control of microstructural evolution laws. Material forming includes various methods such as liquid forming, solid plastic deformation forming, welding forming, and more. This course is not limited to the single forming methods of casting, welding, and pressure processing from the past. Instead, it treats material forming as an organic whole to achieve the ultimate goal of shape change and quality control. It explains the physical essence, basic principles, and common quality control issues of material forming during liquid forming, joining forming, and plastic forming.
In the writing of "Fundamentals of Material Forming," attention was paid to the cross-penetration of traditional disciplinary knowledge to suit the needs of broader specialization. The content of the textbook reflects the refinement and integration of knowledge from originally distinct multiple courses, focusing on material forming as a systematic engineering problem. It highlights the characteristics of a large-scale production background and is closely tied to practical applications. Through this course, students will acquire the fundamental knowledge and abilities to comprehensively analyze and address various material forming problems.
The book is divided into two parts, totaling 12 chapters. Part 1: Fundamentals of Liquid Forming, consisting of 5 chapters, covers liquid solidification and material forming heat processes, primarily introducing the basic principles of solidification, the metallurgical foundation of welding forming, and the formation mechanisms and control of defects in liquid-formed parts. Part 2, with 7 chapters, teaches the fundamentals of solid forming, focusing on the basic principles of macroscopic flow during material solid forming, analytical methods for plastic deformation, the physical essence of plastic deformation, and the relationship between the microstructure and performance changes of materials under different deformation conditions.