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Sachan S: AI-Based Solutions for Hybrid
and Electric Vehicles

AI-Based Solutions for Hybrid and Electric Vehicles

Advances in Hydropower, Wind Power, and Desalinati on Techniques

This book provides a detailed treatment of the fundamental principles underlying the interaction of laser radiation with gas-phase atomic and molecular resonances, with emphasis on a practical approach. The focus is on presentation of the essential material needed to understand laser interactions with molecular and atomic resonances using a consistent and fundamental framework with detailed illustrative examples and numerous tables. In addition, there is a thorough overview of the full breadth of engineering applications for diagnostic probes.

Applied Laser Spectroscopy

This book will describe from fundamental, first principles modern methods of optical spectroscopy. In particular, detailed descriptions of spectroscopic techniques will be developed and organized within the framework of the Perturbative Polarization Expansion approach. This unifying viewpoint allows linear and nonlinear, resonant and nonresonant, spontaneous and stimulated, frequency and time domain spectroscopies to be developed in a semi-classical framework from first principles, i.e. from Schrodinger and Maxwell&nbsp;equations starting points. In particular, descriptions of absorption (electronic and vibrational), Raman scattering and Raman based interactions, CD, near-field effects and nonlinear spectroscopies such as second harmonic generation, sum frequency generation, pump-probe, CARS, photon echoes will be developed and the relationship between these various optical techniques will be highlighted. Nonperturbative and purely quantum matter radiation interactions will also be explicitly considered. Applications to both molecular, condensed phase and materials systems will be cited as examples.This book will describe from fundamental, first principles modern methods of optical spectroscopy. In particular, detailed descriptions of spectroscopic techniques will be developed and organized within the framework of the Perturbative Polarization Expansion approach. This unifying viewpoint allows linear and nonlinear, resonant and nonresonant, spontaneous and stimulated, frequency and time domain spectroscopies to be developed in a semi-classical framework from first principles, i.e. from Schrodinger and Maxwell equations starting points. In particular, descriptions of absorption (electronic and vibrational), Raman scattering and Raman based interactions, CD, near-field effects and nonlinear spectroscopies such as second harmonic generation, sum frequency generation, pump-probe, CARS, photon echoes will be developed and the relationship between these various optical techniques will be highlighted. Nonperturbative and purely quantum matter radiation interactions will also be explicitly considered. Applications to both molecular, condensed phase and materials systems will be cited as examples.This book will describe from fundamental, first principles modern methods of optical spectroscopy. In particular, detailed descriptions of spectroscopic techniques will be developed and organized within the framework of the Perturbative Polarization Expansion approach. This unifying viewpoint allows linear and nonlinear, resonant and nonresonant, spontaneous and stimulated, frequency and time domain spectroscopies to be developed in a semi-classical framework from first principles, i.e. from Schrodinger and Maxwell equations starting points. In particular, descriptions of absorption (electronic and vibrational), Raman scattering and Raman based interactions, CD, near-field effects and nonlinear spectroscopies such as second harmonic generation, sum frequency generation, pump-probe, CARS, photon echoes will be developed and the relationship between these various optical techniques will be highlighted. Nonperturbative and purely quantum matter radiation interactions will also be explicitly considered. Applications to both molecular, condensed phase and materials systems will be cited as examples.

Principles of Linear and Nonlinear Optical Spectro scopy

Using Electromagnetic Signal and Information Theory

Intelligent Metasurfaces for 6G and Beyond

Electromagnetic Analysis of Electric Machines

IEEE Press Series on Sensors

A comprehensive review of printed electronics technologies In Technologies for Printed Sensors and Electronics, an expert team of engineers delivers a comprehensive survey of a variety of contact and non-contact printed electronics manufacturing technologies, as well as their applications. The book brings together printing techniques and offers detailed discussions of their potential capabilities and the critical limitations of each technology. The authors also describe how those limitations might be solved and alternatives that might be explored in the future. Technologies for Printed Sensors and Electronics describes the potential development of a common platform, assuming that the limitations of a single method might be overcome by the advantages of the others. It also evaluates printed electronics on the basis of the electrical characteristics of the resulting devices or sensors, the materials they're made of, and their anticipated applications. The book also includes: <ul> <li>A thorough introduction to the history of printed electronics, including push and pull factors influencing the rise of printed electronics and the repurposing of traditional printing techniques for printed electronics</li> <li>Comprehensive explorations of functional materials used in printable electronic materials, including their classification and discussions of organic and inorganic materials</li> <li>In-depth examinations of substrates and packaging materials and their physical and chemical behavior, as well as discussions of use constraints in different applications</li> </ul> Perfect for senior undergraduate and graduate students in electrical and electronics engineering, material science, 3D printing, physics, and chemistry, Technologies for Printed Sensors and Electronics will also earn a place in the libraries of researchers, practitioners, and students working in or studying biomedical engineering.

Technologies for Printed Sensors and Electronics

Multiphysics: Advances and Applications

Thermoforming Modeling and Simulation: A Multiphysics Approach concentrates on the modeling and optimization of thermoforming, as well as identifying the structural behavior of thermoplastics used for thermoforming. The book demonstrates the expertise gained through industrial and academic projects in technical transfer. It also illustrates the research and development skills in experimental and numerical modeling of thermoforming. The problem of identifying laws of behavior from experimental data (rheological or mechanical tests in large deformations), using algorithms such as neural networks, is also addressed. Through its multiphysics content, this book is helpful for researchers, teachers and industrialists interested in new advances in thermoforming (characterization of materials, modeling and optimization).

A Multiphysics Approach

Thermoforming Modeling and Simulation

This book provides a comprehensive introduction to nature-inspired computing, with an emphasis on applications to real-life engineering problems. It focuses on bio-inspired algorithms, and includes an introduction to particle swarm optimisation.

Bio-Inspired Algorithms

Nature-Inspired Computing

Tactile Internet for a Human-Centred Metaverse is a groundbreaking, comprehensive guide to this innovative communication platform that merges the physical and digital worlds, transforming how we experience the Metaverse and interact with robots and other cyber-physical systems. From exploring real-world applications in healthcare, industry, education, and beyond, to delving into the cutting-edge components, sensors, and communication systems that underpin this transformation, this book offers a multidisciplinary view of the Tactile Internet revolution. This is an essential read for academic researchers, students, industry professionals, and R&amp;D engineers seeking a comprehensive, up-to-date, and forward looking approach to understanding the Tactile Internet’s intersection with the Metaverse, together with its far reaching implications.

Tactile Internet for a Human-Centred Metaverse

Handbook of Lead-Free Perovskite Materials for Photovoltaic Applications

"Nonlinear vibrations and rotordynamics have principally evolved over the past 50 years in the industrial machinery area. The genesis of these topics originated with related vibration problems in industry, followed by textbooks that were in some cases excellent in content but weak in pedagogical bent. Extrapolating the growing occurrence and use of these topic areas inclines one to foresee a substantial market for the proposed textbook among engineers in the transportation, process, utility, manufacturing, space exploration, military and medical sectors. The book will enable practicing engineers to better grasp the fundamental symptoms and causes of nonlinear vibrations and rotordynamic vibrations, and will further enable them to develop related simulation and design skills."--

Nonlinear, Parametric and Rotordynamic Vibrations

Signal Processing Perspectives

Statistical Hyperspectral Detection

AI-Based Solutions for Hybrid and Electric Vehicles

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