Aerospace Materials Science 5: Thermal Protection and Environmental Effects
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Aerospace Materials Science (Book Series)A University-Level Guide to Materials for Flight, Spacecraft, and Hypersonic SystemsYour definitive textbook series for mastering the science behind advanced aerospace materials.Discover the materials that make modern flight possible. From commercial jetliners and spacecraft to hypersonic vehicles and smart aircraft structures, Aerospace Materials Science is your comprehensive guide to the materials that define the present&8212andfuture&8212ofaerospace engineering.Designed for universitylevel courses, engineering professionals, and research scientists, this multi-volume book series delivers 28 indepth chapters organized into 14 learning modules. Each chapter is structured to support a 45-minute lecture with detailed outlines, learning objectives, and slide-ready content.Whether you're studying metallic alloys, polymer matrix composites, ceramics, thermal protection systems, or smart materials, this series will help you master both the theory and application of materials in extreme aerospace environments.What You'll LearnMechanical behavior: stress, strain, fatigue, creep, fractureAerospace-grade materials: aluminum, titanium, nickel, steelsComposite systems: fiber reinforcements, delamination, repairsHigh-temperature ceramics and ultra-high temperature materials (UHTCs)Thermal protection systems for reentry and hypersonic flightCorrosion, oxidation, and environmental degradationAdditive manufacturing (AM) and joining techniquesNon-destructive testing (NDT) and materials characterizationMaterial certification, standards, and