Injection Molding Process Control, Monitoring, and Optimization

Injection molding is the most versatile, flexible, and dynamic plastics production operation. It has been used to manufacture products from practically all thermoplastic polymers, blends, composites, and nanocomposites. A critical aspect for the success of the process depends on understanding and control of the various steps of the injection molding process and the thermo-mechanical history experienced by the polymer throughout the process. Moreover, it is important to understand the impact of this history on the characteristics of the final product.

As many of the above interactions and concepts are complex, it is very important to develop a monitoring strategy that permits the identification of the status and responses of the critical process variables. Overall, a successful injection molding process must be coupled to a successful process monitoring, optimization, and control strategy.

Injection Molding Process Control, Monitoring, and Optimization represents a major contribution to the science and practice of injection molding by satisfying the critical needs of injection molding machine manufacturers, mold and product designers, and molders. Moreover, the book will be helpful to researchers and teachers in the fields of injection molding and process control.

Preface

Chapter 1 : Injection Molding : Background
Chapter 2 : Feedback Control Algorithms Developed for Continuous Processes
Chapter 3 : Learning Type Control for the Injection Molding Process
Chapter 4 : Two-Dimensional Control Algorithms
Chapter 5 : Statistical Process Monitoring of Injection Molding : Basics
Chapter 6 : Phase-Based SPM Strategies
Chapter 7 : Phase-Based Quality Improvement Strategies
Chapter 8 : In-Mold Capacitive Transducer for Injection Molding Process
Chapter 9 : Profile Setting of Injection Velocity
Chapter 10 : Profile Setting of Packing Pressure
Chapter 11 : Parameter Setting for the Plastication Stage

Index