Drawing on 31 years of experience, this book guides readers in designing safe and cost-effective structures. It includes numerical examples in both SI and US units for components like beams, columns, slabs, and shear walls, plus considerations for dynamic loads like earthquakes.
Fluidic oscillators operate without moving parts. Once forgotten, their recent reinvention allows for the simple and energy-efficient generation of microbubbles. This book explores the applications of these small, reliable, and innovative devices.
Artificial Intelligence
AI is reshaping how we live and work, revolutionizing healthcare and robotics. The potential for AI to drive innovation and solve complex problems is limitless, promising a future enriched by intelligent systems. However, the risks are notable and must be taken into account.
Robust Control
This course shows how modern robust control theory addresses real-world problems where models are uncertain and systems must handle external perturbations. It covers Linear Matrix Inequalities, H1-Control, the Attractive Ellipsoid Method, and Sliding Mode Control.
This book presents one hundred solved problems in Classical Mechanics to support students of Physics and Engineering. Detailed solutions feature practical applications, numerical examples, and result analysis. Key topics include Newtonian, Lagrangian, and Hamiltonian Mechanics.
This guide offers a comprehensive understanding of robotics, automation, and CNC technology. Learn how they interact to enhance precision and productivity in modern manufacturing. With real-world examples, it’s an invaluable resource for students, engineers, and professionals.
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.
Emerging Hydrogenated Semiconductors
This book reveals the excellent properties of hydrogenated semiconductor materials and their potential for nanoelectronics, renewable energy, and biological applications. It provides scientists and R&D engineers with an overview of the latest developments and new research ideas.
The Labeled Multi-Bernoulli Filter
This guide to labeled multi-Bernoulli filters for multi-object tracking combines essential theory with practical code examples. Learn to develop your own dependable tracking systems, easily adapted for applications in robotics, automotive engineering, and public safety.
This book covers the modeling and control of fluid movement and heat transfer for new technologies. It details the discovery of three new hydrodynamic phenomena and explores the influence of vibrations and electromagnetic fields on liquids to create unique devices and materials.
The key to advancing clean energy lies in developing organic functional materials. This book is a valuable reference for graduate students, researchers, and engineers, providing a fundamental understanding and a global perspective on the current state of this growing field.
Authored by leading experts, this indispensable guide delves into the core principles and advanced techniques of additive manufacturing. Through case studies and real-world examples, it illuminates the path to unlocking the full potential of this revolutionary technology.
Phase change material technology can enhance protective garments and create energy-efficient buildings. This book reveals key design requirements for the first time, providing guidance, tools, and testing procedures for designers, engineers, and researchers.
Decoding Wireless Communications
Decode the intricacies of wireless technology. Through relatable analogies, this guide makes complex concepts clear. Explore everything from MIMO-OFDM to the future of 5G, AI, and the IoT. An enlightening journey for curious beginners and seasoned professionals alike.
This book analyzes electromagnetic surface waves in microwave absorbing layers. Though these coatings have been used since WWII, their properties are not sufficiently studied. Demystifying a complex subject, this work is ideal for researchers, engineers, and students.
This book solves scattering problems for elastic waves in solids using analytical approaches. It provides benchmark solutions for numerical methods and introduces applications in ultrasonic non-destructive evaluation, material characterization, and geophysics.
Advance Peridynamics to model thin, shell-like structures. This book unveils extensions for solving shear-locking and introduces enhanced methods for accurately analyzing damage in fibre-reinforced composites.
This textbook on hydroacoustics covers the reflectivity of elastic bodies and the synthesis of hydroacoustic antennas. Along with classical diffraction theory, it uses numerical methods like the finite element method and the boundary element method.
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.
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