Metal Pressure Processing Workshop Design

Author: Wen Jinglin
Publisher:
Publish Date: 1992-10-01
Features: This book is a "Teaching Material for Higher Education Institutions" and was compiled according to the teaching plan requirements of the undergraduate major in Metal Pressure Processing. It focuses on the fundamental principles, methods, and knowledge of workshop design, aiming to enable students to systematically master the basic content of workshop design and cultivate their ability to independently conduct workshop design. The content includes: Part I General Introduction, which covers the objectives and tasks of workshop design, site selection, enterprise master plan, design procedures, preparation of design specifications, and the role and significance of feasibility studies, providing students with a preliminary understanding of enterprise and workshop design. Part II Workshop Process Design, which emphasizes production plans, process flow, equipment selection, process calculations and metal balance, equipment load calculations, labor organization and economic estimates, and workshop layout, enabling students to grasp the basic content, principles, and methods of workshop process design, while also providing some data, figures, and examples for reference during design. Part III Workshop and Auxiliary Facilities Design, which focuses on workshop design, power facilities, water supply and drainage, heating and gas supply, and environmental protection, giving students a certain level of understanding and enabling them to select appropriate design solutions based on process requirements, as well as providing reasonable design parameters. This book is a "Teaching Material for Higher Education Institutions" and was compiled according to the teaching plan requirements of the undergraduate major in Metal Pressure Processing. It focuses on the fundamental principles, methods, and knowledge of workshop design, aiming to enable students to systematically master the basic content of workshop design and cultivate their ability to independently conduct workshop design. The book is divided into three parts and fourteen chapters, including: Part I General Introduction, which covers the objectives and tasks of workshop design, site selection, enterprise master plan, design procedures, preparation of design specifications, and the role and significance of feasibility studies, providing students with a preliminary understanding of enterprise and workshop design. Part II Workshop Process Design, which emphasizes production plans, process flow, equipment selection, process calculations and metal balance, equipment load calculations, labor organization and economic estimates, and workshop layout, enabling students to grasp the basic content, principles, and methods of workshop process design, while also providing some data, figures, and examples for reference during design. Part III Workshop and Auxiliary Facilities Design, which focuses on workshop design, power facilities, water supply and drainage, heating and gas supply, and environmental protection, giving students a certain level of understanding and enabling them to select appropriate design solutions based on process requirements, as well as providing reasonable design parameters.