£64.99
£64.99
Streamline material development. This guide uses case studies to link fabrication parameters with final performance, reducing trial-and-error. Gain essential insights for designing multifunctional structures for engineering, biomedical, and aerospace applications.
This collection of chapters presents case studies on the design, fabrication, performance testing, and modelling of materials for modern applications in engineering, biomedical, and seismic fields. It aims to reduce trial-and-error by correlating fabrication parameters with improved material performance. Various materials are analyzed for their mechanical, electrical, biological, and piezoresistive properties, including their response to environments such as water or biological fluids. The research covers bio-composites, laminar bi-materials, and biomaterials, both in laboratory and in vivo conditions. It highlights the impact of component ratios and fabrication methods on the final properties, offering insights into designing multifunctional, multiscale structures. A special focus is placed on mechanical behavior relevant to the automotive and aerospace industries, assessed using classical and non-destructive methods. The work underlines the need to enhance composite testing, especially for bio-composites, to enable faster, more efficient evaluations for targeted applications.
This book covers the key principles, theories, and applications of information and communication technologies for academic and professional audiences. It explores network architecture, information theory, wireless communications, network security, and optimisation methods.
Reinforced concrete columns play a very important role in structural performance; as such, it is essential to apply a suitable analytical tool to estimate their structural behaviour and consider failure mechanisms. This monograph focuses on fiber beam-column elements.
This book identifies the main research categories of Management Science in Engineering (MSE), and evaluates and classifies each journal in this field. Developed by leading experts, it is of interest to scientists, researchers, practitioners, engineers, and students.
This easy-to-follow guide offers a state-of-the-art approach to optimization methods for academics and industrial engineers. It provides a comprehensive study with directly implementable Matlab code, suited to readers even without a programming background.
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 is an introduction to computational methods in physics. It details how to make a physical problem computable, using numerous examples and solved problems from classical mechanics to quantum mechanics, and directly teaches the reader how to implement these techniques.
A beginner’s guide to electronics, programming, and microprocessing with Arduino. Assuming no prior knowledge, this book explains how to control components and read sensors. With hands-on lab activities, you’ll learn to turn your project ideas into functional prototypes.
This book explores the systems engineering, production processes and performance issues of solid rockets. It discusses state-of-the-art techniques and recent developments, appealing to rocket scientists, students, and professors.
For students and specialists in nonlinear dynamics, this book develops original methods to study dynamical chaos, synchronization, and dynamic structures in lattices of coupled rotators, using methods from bifurcation theory and qualitative numerical methods.
Immobilizing ionic liquid (IL) in a polymer matrix is a low-cost method to produce ionogels—an excellent substitute for liquid electrolytes. This book provides a complete overview, from ionogel development to application, and covers characterization and transport properties.
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