John Beaumont, president of Beaumont Technologies Inc., continually strives to enhance the knowledge of practical polymer characteristics, proper part and mold design, and the successful implementation of CAE mold filling simulation within the plastics industry. To help achieve his efforts, John has undertaken the task of both co-authoring and authoring several books published by Hanser Gardner Publications discussing those various topics.
Runner and Gating Design Handbook 2nd Edition: Tools for Successful Injection Molding
Runner and Gating Design Handbook Second Edition: Tools for successful Injection Molding
Runner and Gating Design Handbook 2nd Edition: Tools for Successful Injection Molding
- Published: 2008
- Hardbound: 326 pages, 331 figures, 10 tables
- Author: John Beaumont
- Full Color Illustrations
- Cost: $179.95
For the first time, both the art and science of designing runners and gates are presented in Runner and Gating Design Handbook in a concise format that highlights all critical issues. This first-of-its-kind processing handbook is intended to provide the reader a better understanding of the rheological properties of polymer melt and melt delivery systems consisting of nozzle, sprue, runner and gate. Also explained in a clear manner are shear-induced melt variations, key differences between hot and cold runner molds, gating locations and molding problems related to gates and runners. This book provides a valuable resource for proper design and troubleshooting techniques for both hot and cold runner systems, as well as methods to successfully solve engineering and processing issues.
The book is a must for all designers, tool makers and molders. It will prove extremely valuable to anyone wishing to further enhance his or her plastics engineering knowledge. Full color 3D graphics, illustrations and photographs, as well as charts, checklists and troubleshooting guides complete this handbook.
Successful Injection Molding: Process, Design, and Simulation
Successful Injection Molding: Process, Design, and Simulation
Successful Injection Molding: Process, Design, and Simulation
- Published: 2002
- Hardbound: 361 pages, 316 figures, 16 tables
- Authors: John Beaumont, Robert Nagel, Robert Sherman
- CD-ROM Included
- Cost: $129.95
Successful Injection Molding gives comprehensible explanations on the best ways to utilize simulation in the design of injection molded parts and the tools they are molded from. Strong emphasis is placed on the proper application of these tools and proper interpretation of their results. This book can be used by anyone involved with the development of injection-molded products, tooling or processes. It provides insight for many CAE analysts or anyone in the industry who encounters analysis information.
By providing full color simulation output, animated filling analysis, and practical data collection forms for product development on the free CD-Rom, the authors emphasize the practical importance of this book — an invaluable resource for every injection molding practitioner.
Injection Molding Handbook
Injection Molding Handbook
Injection Molding Handbook
- Published: 2001
- Hardbound: 748 pages, 582 figures, 62 tables
- Authors: Various industry experts including John Bozzelli, Bob Farrell, John Beaumont, and Mike Sepe
- Cost: $149.95
Injection Molding Handbook serves as an introductory textbook for students getting acquainted with injection molding. It presents a thorough, up-to-date view of injection molding processing equipment and techniques. It also includes sufficient related fundamental information on chemistry, physics, material science, and process engineering.
The handbook was written to serve engineers, professionals and others involved with this important industry sector. It not only covers the injection molding machine and process, but also includes the topics that directly affect the injection molding process, such as materials, process control, simulation, design and troubleshooting. The handbook presents a well-rounded overview of the underlying theory and physics that control the various injection molding processes without loosing the practical flavor that governs the manuscript between its covers. The carefully chosen set of authors includes experts in the field, practitioners and researchers in both industry and academia.
