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Eames Ian: A Practical Guide to Large
Scale Computational Fluid Dynamics

A Practical Guide to Large Scale Computational Fluid Dynamics

An authoritative new exploration of the latest theoretical and applied advances in Linear Parameter-Varying systems In Linear Parameter-Varying Control: Theory and Application to Automotive Systems, distinguished researcher Dr. Olivier Sename delivers a comprehensive and up-to-date discussion of the theoretical aspects and real applications of Linear Parameter-Varying (LPV) control, with a strong focus on systems theory and in real automotive systems. The author covers the primary methods used to model, control, and analyze LPV systems, and illustrates how to model those systems using examples. This book covers developing adaptive LPV control using the provided recipes as guides and contextual aids as well as discovering effective methods to design LPV controllers that have already been validated through real applications. Readers will also find: <ul><li>A thorough introduction to vehicle dynamics control in automated vehicles, as well as suspension control</li><li>Comprehensive explorations of LPV systems modelling, including dynamical systems</li><li>Practical discussions of the properties of LPV systems, including controllability, observability, and stability</li><li>Complete treatments of LPV systems control, including state feedback control and dynamic output feedback LPV control</li></ul> Perfect for researchers and students with an interest in vehicle dynamics, Linear Parameter-Varying Control will also benefit postgraduate and PhD students, control engineers, and academics teaching control theory and applications courses.

Theory and Application to Automotive Systems

Linear Parameter-Varying Control

Numerical Methods-Based Approaches

Fatigue Damage in Metals

This book focuses on piezoelectric toughening, where a part of the mechanical energy inducing crack extension is converted into electrical energy or dissipated by domain alignment/domain wall movement. The effectiveness of this toughening mechanism, like other established mechanisms, depends on several aspects such as energetics of the piezoelectric transition, processing/densification of the matrix phase, particle size and distribution of secondary phase, interface between secondary and matrix phase etc. Therefore, to develop a comprehensive understanding, knowledge of all the aspects is a prerequisite. This book is therefore dedicated to all aspects of toughening by piezoelectric secondary phases.

Piezoelectric Toughening of Ceramics

Advances in Manufacturing, Design and Computational Intelligence Techniques

The text provides in-depth knowledge about recent advances in solar collector system, photovoltaic system, role of thermal energy systems in buildings, phase change materials, geothermal energy, biofuels, thermal management systems for EV in social and industrial applications.

Design, Computational Techniques, and Applications

Thermal Energy Systems

Supercritical Fluid Science and Technology

From Basic Principles to Industrial Applications

Supercritical CO2 Extraction

Specifically written for those who are new to SOLIDWORKS, A Hands-On Introduction to SOLIDWORKS 2025 allows you to learn as you follow an expert in SOLIDWORKS through the basics of the software to its more in-depth capabilities. This book works perfectly for a freshman design class or as a companion text to an engineering graphics textbook.

Text and Video Instruction

A Hands-On Introduction to SOLIDWORKS 2025

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.

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

Third edition of Additive Manufacturing highlights the applications in aerospace industries, biomedical devices, and construction industries with new material on additive manufacturing at the nano- and micro-scale including highlights, questions, and additional reading materials.

Additive Manufacturing

Gas-Solid Adsorption Thermodynamics tackles the underexplored role of thermodynamics in the energetics of gas-solid physical adsorption, examining and outlining their role in different adsorption-based heat transformation energy applications. The book deals with different adsorbate/adsorbent pairs from the rigor of adsorption thermodynamics and their utilization in various applications, providing a comprehensive overview of adsorption heat transformations from the perspective of adsorption thermodynamics. Chapters introduce diverse sorption applications using various adsorbent/adsorbate combinations and their thermodynamic characterizations. Finally, users will find comprehensive information on how adsorption thermodynamics affects system performances from an energetic standpoint given that thermodynamics are strongly related to the energetics of adsorption systems. Different chapters introduce the brief background of utilizing the gas-solid adsorption phenomenon in multifarious energy applications such as thermal management, desalination, volatile organic compound removal, etc.

Gas-Solid Adsorption Thermodynamics

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 Practical Guide to Large Scale Computational Fluid Dynamics

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