Human Calcification Mechanisms
This book explores calcium regulation—from essential bone mineralization to harmful soft tissue calcification. It unites foundational science with AI, advanced imaging, and robotic interventions, offering cutting-edge insights into calcification disorders and their management.
Improvement of the Structural Integrity of Ceramic Parts
This book presents novel techniques for ensuring the structural integrity of advanced ceramics. It details methods to control crack initiation and retardation in complex shapes, offering a vital resource for engineers and scientists developing new superhard materials.
Explore state-of-the-art research in infrastructure management, from innovative 3D-printed concrete to computer vision-based maintenance. This book is essential reading for engineers and contractors paving the way toward sustainable and resilient infrastructure.
The pursuit of sustainability is a defining challenge of our time. This book compiles research papers from the International Conference on Civil, Materials, and Environment for Sustainability (ICCMES) 2024, showcasing groundbreaking solutions for a resilient and thriving world.
Energy rules the world, shaping policies and sparking conflicts in the race for domination. This book examines the subject from a multidimensional view, covering key energy zones like Russia and the Middle East, as well as the policies pursued by leading nations.
This easy-to-follow guide provides the necessary steps in discretizing continuous systems. It covers sampling, reconstruction, stability analysis, and the synthesis of digital controllers, including a practical guide to PID speed control of a DC motor using an Arduino card.
Learn the fundamentals of the Finite Element (FE) method in structural mechanics. This book teaches you to develop FE models, analyze systems statically and dynamically, and convert real-world problems into practical applications using the included MATLAB codes.
This book derives fluid-dynamic balance equations from a molecular perspective. It shows how Euler equations are obtained in equilibrium and the Navier-Stokes equations in non-equilibrium, linking their validity to small perturbations of the Maxwell distribution.
Large Dams in India
This book reviews large dams in India, analysing the proposed Tipaimukh dam project to reveal the strong connections between risk, technology, politics and environmentalism.
This book provides a clear understanding of the fundamentals of materials science and engineering, written in simple language with practical examples. It is immensely useful for students of various engineering and science fields, as well as for technical professionals.
This book presents mathematical models of thermal stresses, strengthening, and crack formation in two-component materials like composites and dual-phase steel. Suitable for research, engineering, university courses, and non-specialists, with a helpful mathematical appendix.
This book covers the measurement of optoelectronic components, focusing on the implementation of static electrical and optical characterization. It links these measurements to solid state physics and presents different LED technologies through detailed experimental analyses.
This book offers a comprehensive examination of shape control, vibration analysis, and buckling in piezolaminated composite plates. Using shear deformation theory in finite element methods, it delivers accurate calculations of deformation, frequencies, and buckling modes.
This book describes the principles of microwave circuit theory, bridging electromagnetic fields and circuit analysis. It explores scattering, admittance, impedance, and transmission matrices in detail. Learn analysis methods for complex networks, aided by numerous diagrams.
This book describes wireless channels for mobile communication system design. It explains mobile propagation and analyses multi-path channel properties, validated by experiments. Topics include street cell design, antenna diversity, and SU/MU-MIMO channel models for 5G systems.
This book focuses on developing direction dependent non-local approaches for modeling failure modes in multi-phase materials. It includes several numerical simulations with MATLAB codes to enhance the understanding of composite failure.
This volume offers key insights into sound scattering, covering scatterers, waveguides, hydroacoustic antennas, and loudspeakers. It details numerical solutions to complex problems using the boundary element method.
Nanomaterials
Explore the transformative power of nanomaterials in energy storage, medicine, and environmental remediation. This book presents nanotechnology as a key driver of sustainable development, offering vital insights for researchers, professionals, and students.
Providing an up-to-date discussion of advanced ternary MAX ceramics, this book introduces students and engineers to key research topics. It explores Ti2AlCxNy MAX ceramics, from their synthesis and properties to their industrial application and reinforcement in Mg composites.
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