4 New Materials Processing Books Reshaping Industry in 2025

After extensive research in polymer matrix composites, Fabienne Touchard and Fabrizio Sarasini developed this book to explore the rapidly evolving field of additive manufacturing. You’ll learn about various 3D printing technologies such as fused filament fabrication, wet fiber placement, and stereolithography, alongside detailed comparisons of composites reinforced with synthetic or natural fibers and different resin types. The book also delves into how material composition and processing affect thermal, electrical, and mechanical properties, providing insights crucial for engineering design and production professionals. If you’re involved in industrial applications or want a nuanced understanding of 3D printed composites’ performance and sustainability, this book offers a focused, technical perspective.

This isn't another materials processing book promising generic insights; instead, Ajit Behera, Debasis Nayak, and Biswajit Kumar Swain deliver a detailed exploration of biomaterial surface engineering rooted in recent advances. You’ll gain a clear understanding of how surface modifications influence mechanical strength, biocompatibility, and corrosion resistance across metals, ceramics, polymers, and composites. Chapters covering processing routes for smart and energy applications stand out by providing concrete techniques for post-modification and addressing challenges like degradation and material release in implants. If your work intersects materials science and biotech, this volume will deepen your grasp of engineering functional biomaterials, though it’s best suited for professionals rather than casual learners.

This tailored book explores the forefront of materials processing as it evolves in 2025, focusing on the freshest discoveries and emerging techniques shaping the field. It examines cutting-edge developments in additive manufacturing, nanomaterials, biomaterials surface engineering, and sustainable processing methods, all aligned with your unique interests and background. By concentrating on your specific goals and knowledge level, this personalized guide reveals how novel materials and processes intersect to transform production and performance. It invites you to dive deeply into the latest research breakthroughs, helping you stay ahead in an ever-shifting landscape of materials innovation.

Drawing from the expertise of multiple authors in materials science and engineering, this book offers a detailed look at the latest developments in advanced materials manufacturing. You’ll find insights into innovative techniques like nanotechnology applications, laser welding, and eco-friendly machining processes, alongside emerging approaches in energy storage and smart materials. For example, one chapter explores the spark discharge method for producing nanoparticles, while another discusses natural fiber reinforcements such as bamboo leaves. If you’re involved in research or engineering focused on cutting-edge materials and want to deepen your understanding of their processing and applications, this book offers a solid foundation packed with current developments.

Drawing from their extensive backgrounds in materials science and industry applications, Miko Cakmak and Jehuda Greener explore the multifaceted world of polyester films, bridging foundational principles with cutting-edge innovations. You’ll gain detailed insights into synthetic modifications like copolymerization, physical enhancements through blending, and advanced processing techniques including microlayer coextrusion and tenter-frame adaptations. The book delves into practical uses spanning flexible electronics, biomedical devices, and recycling methods, giving you a nuanced understanding of how to tailor polyester films for specific performance needs. This volume suits professionals, researchers, and students eager to deepen their grasp of both the science and real-world applications of polyester film technology.