Metalworking Technology Experiment and Curriculum Design

Author: Wang Yingjie
Publisher:
Publish Date: 2002-06-01
Features: "Metalworking Technology Experiments and Curriculum Design" is a higher vocational engineering textbook with "Metalworking Technology" edited by Wang Yingjie and published by Higher Education Press. The book is divided into two main parts: Metalworking Technology Experiments and Processing Technology Curriculum Design. The Metalworking Technology Experiments part includes: tensile test, hardness test, impact test, preparation of metallographic specimens and observation of microstructure, observation of microstructure of iron-carbon alloy, heat treatment of steel and hardness determination, observation of microstructure of cast iron and non-ferrous metals, spark identification of iron and steel, alloy fluidity experiment, observation and analysis of microstructure of metal pressure processing, observation and analysis of microstructure of welded joints, measurement of tool geometric angles, magnetic particle testing of metals, and ultrasonic testing of metals. The Processing Technology Curriculum Design part includes: machining process design of box-type parts, machining process design of transmission shafts, machining process design of gears, machining process design of atmospheric pipelines, and machining process design of sleeve-type parts. This textbook is not only used for mechanical professional students in higher vocational colleges but also serves as a teaching material for near-machine professional students, adult education-related programs, and training materials for intermediate and advanced technical workers in the mechanical field.