Fundamentals of Engineering Materials and Forming Technologies/工程材料与成型技术基础

Master engineering materials and forming technologies to lay a solid foundation for mechanical design and manufacturing.

掌握工程材料与成型技术，奠定机械设计制造坚实基础。

This book serves as a compulsory foundational technical course for mechanical engineering majors, aiming to lay the groundwork for students' future careers in mechanical design and manufacturing. Aligned with the requirements of "Emerging Engineering Education" and "Engineering Education Accreditation" in higher education institutions, the book integrates knowledge from mechanical engineering materials, metal hot-working processes, and material forming technologies, with a strong emphasis on scientific rigor and practical applicability. It systematically presents the basic structure and properties of commonly used engineering materials, provides a detailed introduction to metal structures and crystallization, binary alloy phase diagrams, and the heat treatment of steel, and discusses forming technologies such as liquid metal casting forming, solid-state metal plastic forming, and metal joining forming. It also explores topics such as the failure of mechanical parts and material selection, as well as the selection of blanks. Each chapter includes exercises to facilitate student review and reinforcement of the material.

本书是机械类专业必修的技术基础课程，旨在为学生未来从事机械设计与制造等工作奠定基础。本书结合高等院校"新工科"及"工程教育认证"要求，整合机械工程材料、金属热加工工艺和材料成型技术知识，注重科学性与实用性。系统阐述常用工程材料的基本结构与性能，详细介绍金属结构与结晶、二元合金相图及钢的热处理，论述液态金属铸造成型、固态金属塑性成型及金属连接成型等成型技术，并探讨机械零件失效与选材、毛坯选择等内容。每章附有习题，便于学生复习巩固。