Author: Geng Haoran
Publisher:
Publish Date: 2005-01-01
Features: Practical External Force-Assisted Forming Technology for Castings, Cast forming technology is an important and practical field in the foundry industry. This book comprehensively and systematically introduces various cast forming technologies under external force-assisted conditions, summarizing (high) pressure die casting, low-pressure die casting, differential pressure die casting, vacuum suction casting, squeeze casting, centrifugal casting, semi-solid casting, and electromagnetic forming technology. It also introduces the latest developments and research of external force-assisted cast forming technology both domestically and internationally, as few books on this type of technology are currently available. The content of this book complements the already published "Practical Cast Gravity Forming Technology" by Chemical Industry Press, forming a relatively complete set of books on casting technology. This book reflects the latest research achievements and practical production experience results, with substantial and rich content, emphasizing the connection between theory and practice. It addresses the shortcomings of technical manuals, which often have overly simplified descriptions, as well as the lack of practicality in textbooks. The book adheres to the new national technical standards. This book can serve as a textbook for relevant majors in higher industrial colleges and universities, as well as for engineers, managers, and foundry workers in enterprises and research institutions for study and use.
Practical Casting External Force Assisted Forming Technology
📌 Related Posts
Literature
Pregnant and postpartum women should eat this way
2026-09-23
Literature
Post-Cold War Japan's overall conservatism
2026-09-25
Literature
Dilbert's Future
2026-09-15
Literature
Five Tips to Secure Your Dream Job
2026-09-22
Literature
Aquaculture
2026-09-25
Literature
The Dangers and Prevention of Biological Terrorism
2026-09-25
Literature
Electrical Hardware Manual
2026-09-25
Literature
Gas Shielded Welding Process and Applications
2026-09-25