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Wiley-VCH - Materials Science
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Computational Modelling of Additive Manufacturing
Enables readers to understand the additive manufacturing process-structure-property relationships and optimize the manufacturing parameters and machines via computational modeling techniques, including multi-physics modeling and data-driven analysis. Computational Modeling of Additive Manufacturing provides a step-by-step guide, covering topics from basic physics and governing equations to the implementation, experimental validation, model capability, and physical mechanisms obtained from simulation, as well as expert perspectives on future outlooks. With a well-rounded exploration of key areas, this book integrates various modeling techniques, including multi-physics modeling of powder, fluid and solid mechanics, heat transfer, microstructure evolutions, data-driven analysis including surrogate modeling, uncertainty quantification and multi-objective optimization, and a synergy of modeling with other techniques. Modeling of various additive manufacturing processes are included, such as laser/electron beam powder bed fusion, directed energy deposition, binder jetting, and material extrusion. The book presents comprehensive simulations covering a variety of issues for the process-structure-property relationships, including: * Multi-phase flow modeling of powder dynamics (e.g., spreading and spattering) in powder-bed-based additive manufacturing processes * Multi-physics modeling of molten pool dynamics in fusion-based additive manufacturing processes, with mechanistic heat source model, composition-dependent evaporation and chemical reaction models, and under external energy fields, as well as the thermal-fluid dynamics in other additive manufacturing processes. * Modeling of microstructure evolutions including grain and dendrite evolutions * Multi-scale modeling of thermal and residual stresses, and the room- and high-temperature mechanical properties of the additively manufactured parts * Data-driven surrogate modeling, uncertainty quantification and optimization, and the synergy with digital twins, smart diagnostics, and control This book is an essential first-of-its-kind reference for researchers in this specific area, and the larger area, of additive manufacturing who focus on experiments, materials design, mechanics, and other areas of interest. [496 Pages, Hardcover]
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High Performance Magnesium Alloys
Advance magnesium alloy development through AI and sustainable processing technologies Magnesium alloys?the lightest structural metals at 1.78 g/cm³?remain constrained by their Hexagonal Close-Packed (HCP) crystal structure?s mechanical limitations. High Performance Magnesium Alloys: Manufacturing and Applications presents technologies developed over the past five years to overcome these barriers, integrating novel alloy design, additive manufacturing, advanced processing, heat treatment, surface engineering, and simulation modeling into a single reference. Coverage spans simulation approaches including CPFEM, VPSC, and CA models alongside characterization via SEM, EBSD, TEM, FIB, and in-situ analysis. The book details machine learning applications for alloy optimization, corrosion testing protocols, additive manufacturing parameter frameworks, and surface modification strategies. Emerging applications in biodegradable implants, hydrogen storage, and energy-efficient manufacturing receive dedicated treatment. Key topics also include: * Casting, severe plastic deformation, and joining techniques tailored to magnesium alloy processing for structural and functional applications * AI-driven alloy design workflows that shorten traditional trial-and-error development timelines for new compositions and target microstructures * Real-world case studies connecting academic research with industrial practice across automotive, aerospace, and electronics sectors * Pre-strain deformation methods and heat treatment protocols optimized for enhancing magnesium alloy ductility and formability at room temperature * Sustainable manufacturing strategies aligned with global decarbonization goals that leverage magnesium?s natural abundance and full recyclability Written for materials scientists, mechanical engineers, solid state chemists and physicists, and industry professionals in automotive, aerospace, and electronics sectors, this book delivers the experimental guidance and theoretical frameworks needed to accelerate magnesium alloy development toward scalable, environmentally responsible applications. [592 Pages, Hardcover]
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Quantum Computing with Superconducting Qubits and Cavities
[320 Pages, Hardcover]
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Heavy Metal Remediation
[352 Pages, Hardcover]
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Hyperbranched Epoxy Resins
not only includes the synthesis and characterization of the HERs, but highlights the homogeneous toughening mechanisms. [320 Pages, Hardcover]
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