"Polymer Technology and Applications"
"Polymer Technology and Applications" is a definitive resource that bridges fundamental polymer science and modern engineering practice. This comprehensive volume takes readers on a journey from advanced polymer chemistry—including monomer design, polymerization mechanisms, and post-polymerization modification—to the nuanced physical characterization essential for understanding and manipulating polymer properties. With clear treatment of topics such as crystallinity, viscoelastic behavior, spectroscopic analysis, and mechanical performance metrics, the book emphasizes analytical rigor and real-world application.
Covering the latest in polymer processing, manufacturing, and sustainability, the text delves into cutting-edge technologies such as extrusion, additive manufacturing, and inline quality control. It presents practical guidance on blending, molding, fiber production, and greening industrial operations. Dedicated chapters address high-performance materials—from thermoplastics and nanocomposites to intelligent and responsive polymers—and offer expert insight into degradation, stabilization, and the development of biobased alternatives for a more sustainable future.
The final sections provide an expansive look at polymers in advanced industries, from automotive and aerospace to healthcare and energy storage, demonstrating the critical impact of these materials on innovation. By integrating powerful new tools—simulation, machine learning, and digital twins—this book introduces a data-driven framework for materials design. The text is further strengthened by comprehensive discussion of quality assurance, regulatory standards, and risk management, making "Polymer Technology and Applications" an indispensable reference for researchers, engineers, and professionals across polymer science and technology.