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Cardoso J: Electromagnetics Through the
Finite Element Method

Electromagnetics Through the Finite Element Method

Enhancing the Control of Systems and Devices: Improving Performance, Reliability and Adaptability in Dynamic Environments provides an in-depth exploration of the application of sophisticated control design strategies to enhance the control of systems and devices in terms of performance, reliability, and adaptability in dynamic environments. A sophisticated control design strategy refers to the use of advanced and intricate control techniques to achieve specific objectives in complex systems.

Improving Performance, Reliability and Adaptability in Dynamic Environments

Enhancing the Control of Systems and Devices

After a brief introduction of the fundamental concepts of electrostatics, the book details various mechanisms of contact and frictional electric charging, with a special emphasis on the surface effects related to adsorption of water, contamination, inhomogeneity or roughness. The understanding of these physical and/or chemical mechanisms is a prerequisite for: (i) developing novel tribo-electrostatic applications, such as the separation of granular or powdery mixtures in waste recycling or food processing industries, electrostatic powder coating or energy harvesting; and (ii) mastering the hazards related to tribo-charging phenomena that accompany the pneumatic transportation of particulate matter, as well as textile or film manufacturing processes. Tribo-Electrostatics: Fundamentals, Challenges and Perspectives synthetically presents the state of the art in the field and reflects the authors' experience in the study of tribo-charging phenomena, as well as in the development of novel industrial applications.

Tribo-electrostatics: Fundamentals, Challenges And Perspectives

Series On Analysis, Applications And Computation

The book is devoted to rigorous mathematical results on discrete nonlinear Schrödinger equations (DNLS), including the initial value problem of the time-dependent DNLS and the standing wave of the stationary DNLS.The stationary DNLS equations emerge as equations for the profile of the standing wave in evolutionary DNLS. The book mainly presents well-localized, finite-energy solutions that represent solitary standing waves (breathers in the terminology of nonlinear science), while some other types of solutions are considered as well. The approach accepted in this book is variational, based on various critical point theorems of the mountain pass and linking type, as well as constrained minimization.The book covers the existence of solutions and their properties under various physically reasonable assumptions on linear and nonlinear potentials. It also contains a number of open problems which might be thesis topics for fresh PhD students. The results presented are scattered over a large number of research articles and have never been presented in a monograph form. In addition, there is necessary material from the spectral theory of discrete Schrödinger operators, time-dependent DNLS, and a brief presentation of critical point theorems used in the book.

Discrete Nonlinear Schrodinger Equation: Beyond Complete Integrability

Advances in Sustainable Microgrid Technologies

A Microgrid Cluster Management and Internet-of-Things Framework: Fundamentals, Protocols, and Case Studies presents a cutting-edge guide on leveraging IoT technologies to optimize renewable energy integration through microgrid clusters. The book begins by detailing the fundamental aspects of microgrid clusters, encompassing design, control, and optimization. This comprehensive grounding prepares readers for the exploration of IoT integration to harness big data analytics for energy efficiency, power management, fault monitoring, and cybersecurity. The book further delves into the meticulous analysis of protocol selection for effective operation and control. It covers wired protocols such as Modbus, Profibus, and Ethernet, wireless protocols like Zigbee, Wi-Fi, and Bluetooth, and IoT protocols including CoAP, MQTT, and HTTP. By outlining an adaptable framework for interdisciplinary opportunities, this book guides researchers and engineers in creating the flexible, renewable grid of the future.

Fundamentals, Protocols, and Case Studies

A Microgrid Cluster Management and Internet-of-Things Framework

Partial Discharge, Breakdown, Aging and Life Assessment in Electric Power Assets

Coding for Erasure Channels

Nairobi, Global China, and the Promise of Techno-capital

Silicon Elsewhere

My Journey and the Future of Energy

Inexhaustible

Components, Control Algorithms, and Design

Next-Generation Microgrids

Cognitive Approaches in Cloud and Edge Computing.

Foundations, Challenges and Opportunities

Deep Learning Models towards Health Informatics Management

Fundamentals and Recent Advances for All Types of Floating PV Systems

Floating PV Systems

Multiphase Power Electronic Converters: Modulation, Control, and Applications is a comprehensive guide to multiphase power converters, which have become the standard for improving efficiency, power density, and overall system performance in a variety of applications, including, e-mobility, ship propulsion, mining, defense, and renewable energy systems. The book begins by introducing the different types and topologies of multiphase convertors, before delving into the central ideas, design principles, control strategies, and key and emerging applications, with detailed chapters supported by real-world examples and analysis. This will be valuable for engineers, researchers, and graduate students who want to understand and utilize the potential of multiphase power converters, addressing key challenges and enabling the reader to design and implement more efficient, reliable, and sustainable power electronic systems for various applications.

Modulation, Control, and Applications

Multiphase Power Electronic Converters

Electromagnetics Through the Finite Element Method

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