Materials Science of Polymers for Engineers

by Georg Menges, Tim A. Osswald, T.A. Osswald

This book introduces engineering properties of polymeric materials to students and engineers from a material science perspective. It begins with a presentation of the chemistry of polymers, followed by an extensive description of their non-mechanical properties. The rheology of polymer melts is covered. The solidification processes of thermoplastic and thermosetting materials are discussed. Examples illustrate the effects of processing conditions on the dimensional integrity and properties of plastic components. This is followed by a presentation of the mechanical behavior of polymer parts, with an emphasis on creep, relaxation, fatigue and viscoelasticity. Partial Principles. Structure of Polymers. Thermal Properties. Influence of Processing. Rheology of Polymer Melts. Mixing. Anisotropy Developing During Processing. Solidification. Engineering Design. Mechanical Behavior. Failure. Electrical and Optical Properties. Permeability. Acoustic Properties. "... highly recommended."―Polymer News " ... recommended for upper-division undergraduates and graduates." ―Choice This book introduces engineering properties of polymeric materials to students and engineers from a material science perspective. It begins with a presentation of the chemistry of polymers, followed by an extensive description of their non-mechanical properties. The rheology of polymer melts is covered. The solidification processes of thermoplastic and thermosetting materials are discussed. Examples illustrate the effects of processing conditions on the dimensional integrity and properties of plastic components. This is followed by a presentation of the mechanical behavior of polymer parts, with an emphasis on creep, relaxation, fatigue and viscoelasticity. Partial Principles. Structure of Polymers. Thermal Properties. Influence of Processing. Rheology of Polymer Melts. Mixing. Anisotropy Developing During Processing. Solidification. Engineering Design. Mechanical Behavior. Failure. Electrical and Optical Properties. Permeability. Acoustic Properties. "... highly recommended."―Polymer News " ... recommended for upper-division undergraduates and graduates." ―Choice

Hardcover

Published September 1, 1995