The compression molding process is well known for its ability to produce highly complex, high-strength parts. This book not only covers the advantages and disadvantages of the molding operation with SMC/BMC (thermosetting) and GMT/LFT (thermoplastic) materials, it also provides the reader with relatively simple models for monitoring, troubleshooting, and quality control of their processes.
Also covered is the important role of fiber reinforcement: how the quantity of fiber, the fiber length, and fiber orientation influence part strength and stiffness and how to calculate fiber breakage.
Contents:
- Introduction
- Compression Molding Materials
- Processing Fundamentals
- Part Design
- Troubleshooting the Compression Molding Process
The compression molding process is well known for its ability to produce highly complex, high-strength parts. This book not only covers the advantages and disadvantages of the molding operation with SMC/BMC (thermosetting) and GMT/LFT (thermoplastic) materials, it also provides the reader with relatively simple models for monitoring, troubleshooting, and quality control of their processes.
Also covered is the important role of fiber reinforcement: how the quantity of fiber, the fiber length, and fiber orientation influence part strength and stiffness and how to calculate fiber breakage.
Contents:
- Introduction
- Compression Molding Materials
- Processing Fundamentals
- Part Design
- Troubleshooting the Compression Molding Process
Bruce Davis
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