UG NX 3.0 Injection and Stamping Progressive Die Design Case Studies (Includes Disc)

Author: Yang Zhan
Publisher:
Publish Date: 2006-10-01
Features: This book systematically and deeply introduces the specific functions, usage methods, and techniques of plastic injection mold and progressive stamping die design based on uGNx3.0, enabling readers to master the application of this software through the modeling and die design process of different products. The content is both profound and accessible, using simple examples to explain complex issues. The cases cited are derived from the author's extensive experience in education, research, and practical production, featuring innovative and representative part structures. They cover the methods and techniques of product modeling and die design.
For both plastic molds and stamping molds, each case in this book includes two parts: product modeling and die design. The product modeling section explains the concepts and processes of various modeling features by analyzing various modeling examples. The die design section not only covers basic design methods and advanced techniques such as patch tool usage, parting surface design, gating system design, complex side core pull, and inclined slider design for plastic molds but also provides detailed explanations of basic and advanced techniques for progressive stamping die design, including blanking force calculation, layout design, work component design, and standard part design. Especially, the book strictly adheres to the technical requirements and practical needs of die design in actual production when explaining software usage, making it highly practical.
The accompanying CD-ROM of this book includes all example files and some animated demonstrations to facilitate readers' understanding and mastery of the relevant knowledge. This book is suitable for professionals in new product development and die design in industries such as machinery, electronics, automotive, home appliances, toys, aviation, and aerospace. It can also be used as a textbook for die design, mechanical engineering, and electromechanical engineering programs in vocational colleges, technical colleges, and ordinary undergraduate universities.