Injection Molding - Technology and Fundamentals. Extra: E-Book inside

This book attempts to survey the state of the science and technology of the injection molding process. It represents a comprehensive, balanced mix of practical and theoretical aspects for a wide range of injection molding applications. The authors of the 21 chapters are experts and leaders in their respective areas of specialization in the injection molding field. While it is not possible to cover all aspects of such a dynamic growing field, we hope that the reader will find sufficient information and background to become acquainted, at various levels of depth, with key components of the science and technology of injection molding.

Contents:
Injection Molding: Introduction and General Background
Injection Molding Machines, Tools, and Processes
The Plasticating System for Injection Molding Machines
Non-Conventional Injection Molds
Gas Assisted Injection Molding
Water Injection Techniques (WIT)
Flow Induced Fiber Micro-Structure in Injection Molding of Fiber
Reinforced Materials
Injection Foam Molding
Powder Metal Injection Molding
Micro Injection Molding
Internal Visualization of Mold Cavity and Heating Cylinder
Injection Molding Control
Optimal Design for Injection Molding
Development of Injection Molding Simulation
Three-Dimensional Injection Molding Simulation
Viscoelastic Instabilities in Injection Molding
Evolution of Structural Hierarchy in Injection Molded Semicrystalline
Polymers
Modeling Aspects of Post-Filling Steps in Injection Molding
Volumetric and Anisotropic Shrinkage in Injection Moldings of
Thermoplastics
Three-Dimensional Simulation of Gas-Assisted and Co-Injection
Molding Processes
Co-Injection Molding of Polymers

List of contents

From the contents:
Preliminary Table of Contents:
1: Overview
2: Injection Molding Machinery And Techniques
3: Design Of Non-Conventional Molds
4: Screw Design For Injection Molding
5: Gas Assisted Injection Molding (GAIM)
6: Water Assisted Injection Mnolding (WIT)
7: Micro-Injection Molding
8: Powder Metal Injection Molding
9: Simultaneous And Sequential Co-Injection And Transfer Molding Of Polymers
10: Injection Molding Of Reinforced Materials
11: Reaction Injection Molding (RIM)
12: Injection Foam Molding
13: Visualization Inside Mold Cavity And Heating Cylinder
14: Visualization Analysis Of Undesirable Molding Phenomena Inside Cavity
15: In-Process Measurement Techniques For Pressure, Melt Temperature, And Screw Torque Distributions
16: Injection Molding Control
17: Development Of Injection Molding Simulation
18: Three-Dimensional (3-D) Simulation Of The Injection Molding Process
19: Viscoelastic Stabilities Analysis Of Injection Molding Flows
20: The Simulation Of Post-Filling Steps In Injection Molding
21: Structure Development In Injection Molding Of Semicrystalline Polymers
22: Anisotropic Shrinkage In Injection Moldings Of Thermoplastics
23: Residual Sresses In Injection Molding
24: Optimal Design For Injection Molding
25:Properties Of Injection Molding Resins And Products.

About the author

Avraam I. Isayev is a Distinguished Professor of Polymer Engineering and Director of the Molding Technology Center at the Institute of Polymer Engineering of the University of Akron. He is a native of Azerbaijan. He received M.Sc. degrees from the Azerbaijan Institute of Oil and Chemistry in Chemical Engineering and the Moscow Institute of Electronic Machine Building in Applied Mathematics and a Ph.D. in Polymer Engineering and Science from the Institute of Petrochemical Synthesis of the USSR Academy of Sciences, Moscow. Before joining the University of Akron in 1983 as an Associate Professor, he was a Senior Research Associate at Cornell University, a Senior Research Fellow at Technion and a Research Associate at the Institute of Petrochemical Synthesis of the USSR Academy of Sciences. He has edited books, published over 200 papers, many book chapters and encyclopedia articles. He has received numerous awards.

Summary

This book attempts to survey the state of the science and technology of the injection molding process. It represents a comprehensive, balanced mix of practical and theoretical aspects for a wide range of injection molding applications. The authors of the 21 chapters are experts and leaders in their respective areas of specialization in the injection molding field. While it is not possible to cover all aspects of such a dynamic growing field, we hope that the reader will find sufficient information and background to become acquainted, at various levels of depth, with key components of the science and technology of injection molding.

Contents:
Injection Molding: Introduction and General Background
Injection Molding Machines, Tools, and Processes
The Plasticating System for Injection Molding Machines
Non-Conventional Injection Molds
Gas Assisted Injection Molding
Water Injection Techniques (WIT)
Flow Induced Fiber Micro-Structure in Injection Molding of Fiber
Reinforced Materials
Injection Foam Molding
Powder Metal Injection Molding
Micro Injection Molding
Internal Visualization of Mold Cavity and Heating Cylinder
Injection Molding Control
Optimal Design for Injection Molding
Development of Injection Molding Simulation
Three-Dimensional Injection Molding Simulation
Viscoelastic Instabilities in Injection Molding
Evolution of Structural Hierarchy in Injection Molded Semicrystalline
Polymers
Modeling Aspects of Post-Filling Steps in Injection Molding
Volumetric and Anisotropic Shrinkage in Injection Moldings of
Thermoplastics
Three-Dimensional Simulation of Gas-Assisted and Co-Injection
Molding Processes
Co-Injection Molding of Polymers

Product details

• Assisted by: I Isayev (Editor), I Isayev (Editor), Avraam I. Isayev (Editor), Avram I. Isayev (Editor), Musa R. Kamal (Editor), Shih-Jung Liu (Editor), Mus R Kamal (Editor), Musa R Kamal (Editor)
• Publisher: Hanser Fachbuchverlag
• Languages: English
• Product format: Hardback
• Released: 08.05.2009
• EAN: 9783446416857
• ISBN: 978-3-446-41685-7
• No. of pages: 926
• Weight: 1830 g
• Illustrations: Illustr.
• Series: Progress in Polymer Processing; Progress in Polymer Processing
• Subjects: Natural sciences, medicine, IT, technology > Technology > Chemical engineering; Ingenieurwissenschaften, Kunststoffverarbeitung, Spritzgiessen