Synopsis
This book presents a summary of the most important formulas and their applications to solve design and processing problems with plastics materials. Numerous practical examples guide the reader step-by-step through the computational routine of designing polymer machinery. The approach is unassuming and very practical to enable every engineer to apply these concepts in their daily work and improve their equipment and stabilize their processes.
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Synopsis
The formulas in this book are classified for specific areas, including rheology, thermodynamics, heat trasfer, and part design. Table of Contents Formulas of Rheology Newtonian Fluids Viscous Shear Flow of Polymer Melts Viscoelastic Behavior of Polymers Thermodynamic Properties Formulas for Heat Transfer: Steady-state and Unsteady-state Conduction Heat Conduction with Dissipation Dimensionless Groups Heat Transfer by Convection and Radiation Dielectric Heating Fick's Law of Diffusion Designing Plastics Parts Formulas for Designing Extrusion and Injection Molding Equipment: Extrusion Dies, Screws, and Injection Molding.
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