Composite Materials for Technical Education: Process - Theory - Properties

PROCESSES · THEORY · PROPERTIES — The Definitive Handbook on Composite Materials for Industry 4.0 One volume, three intertwined perspectives: how composites are manufactured, why they perform, and what properties they deliver. Spanning more than 500 pages, the book condenses what normally takes three separate texts—fully aligned with shop-floor practice and the latest research up to 2025. Inside you’ll also unlock an exclusive QR-code that gives you immediate access to a downloadable composite-materials database (updated to 2025): high-fidelity mechanical-property tables ready for direct use in structural calculation and design with composites. WHY THIS BOOK IS UNIQUE Complete Manufacturing Workflow in a Single Source – From manual lay-up to ultrasonic inspection, chapters follow the real factory sequence so you can mirror production workflows. Hard-to-Find Process & Mechanics Models – Step-by-step derivations of cure kinetics, consolidation, thermo-fluid dynamics plus full micro- and macro-mechanics of composite laminates, ready for direct use in FEM and process simulations. Comprehensive “Chart Index” – Comparative graphs on density, specific modulus, fatigue strength, allowable temperatures (and more) —your personal dashboard for lightning-fast material selection. Cost & Sustainability Focus – Cycle-time/part-cost tables for RTM, autoclave and rapid moulding; discussion of recycling routes. Ready for Advanced Teaching – Ideal for graduate courses, PhD programmes and corporate training. WHO SHOULD READ IT Materials, aerospace, mechanical and automotive engineers and technicians who need an up-to-date, all-in-one reference. Researchers and doctoral students looking for a bridge between academic rigour and industrial best practice. R&D professionals and design engineers who require reliable data for rapid design and process decisions. WHAT YOU’LL GAIN Theoretical knowledge and shop-floor skills you can apply immediately. Field-tested formulas and best-practice guidelines that replace trial-and-error in lay-up, curing and inspection—helping you move from prototype to repeatable production with confidence. A rigorously curated database of composite mechanical properties (via QR-code) to streamline structural calculations and design workflows. Elevate your composite-materials expertise: click Buy Now to secure your copy—combining deep theory, day-to-day practicality and a forward-looking vision of Industry 4.0. ABOUT THE AUTHOR Gabriele Colaoni is a Materials and Astronautical Engineer, entrepreneur, and advanced composites consultant with a Formula One background at Ferrari and direct involvement in the pioneering Porsche P3X programme. Over several decades, he has supported aerospace, marine, automotive, and defence programmes in transforming high-performance fibre-reinforced concepts into reliable, industrial-scale components. He works across the full development chain, from structural design and laminate architecture to analysis, plybooks, tooling, and production, bridging rigorous laminate theory with clear, shop-floor-ready engineering practice.