**Summary:** The book "Switched Reluctance Motor Drives: Modeling, Simulation, Analysis, Design, and Applications" by R. Krishnan provides a comprehensive overview of switched reluctance motor (SRM) drives. It covers the principles of operation, modeling, simulation, analysis, design, and applications of SRMs. The book is structured into chapters that discuss the fundamental concepts, key characteristics, design procedures, converter topologies, control techniques, noise issues, and practical applications of SRMs. The book begins with an introduction to SRMs, their operation, and various configurations, including rotary and linear SRMs. It then delves into the steady-state performance and analytical derivation of SRM characteristics, focusing on the relationship between inductance, rotor position, and flux linkages. The design of SRMs is discussed in detail, including the selection of dimensions, thermal considerations, and the calculation of inductances and torque. The text also covers the various converter topologies used in SRM drives, their design considerations, and the impact of these converters on the performance of the motor. Control techniques for SRM drives are explored, including current control, flux linkage control, and torque control. The book addresses the issue of acoustic noise in SRMs and presents methods for mitigating this noise. The application considerations and specific applications of SRM drives are discussed, highlighting their suitability for various industrial and commercial applications. The book also includes a detailed analysis of the dynamic modeling and simulation of SRM drives, as well as the design and verification of linear SRMs. The book is intended for electrical engineers and students in the field of electrical engineering, providing a thorough understanding of SRM drives and their practical implementation. It includes a comprehensive set of references and appendices, making it a valuable resource for researchers and practitioners in the field of industrial electronics.**Summary:** The book "Switched Reluctance Motor Drives: Modeling, Simulation, Analysis, Design, and Applications" by R. Krishnan provides a comprehensive overview of switched reluctance motor (SRM) drives. It covers the principles of operation, modeling, simulation, analysis, design, and applications of SRMs. The book is structured into chapters that discuss the fundamental concepts, key characteristics, design procedures, converter topologies, control techniques, noise issues, and practical applications of SRMs. The book begins with an introduction to SRMs, their operation, and various configurations, including rotary and linear SRMs. It then delves into the steady-state performance and analytical derivation of SRM characteristics, focusing on the relationship between inductance, rotor position, and flux linkages. The design of SRMs is discussed in detail, including the selection of dimensions, thermal considerations, and the calculation of inductances and torque. The text also covers the various converter topologies used in SRM drives, their design considerations, and the impact of these converters on the performance of the motor. Control techniques for SRM drives are explored, including current control, flux linkage control, and torque control. The book addresses the issue of acoustic noise in SRMs and presents methods for mitigating this noise. The application considerations and specific applications of SRM drives are discussed, highlighting their suitability for various industrial and commercial applications. The book also includes a detailed analysis of the dynamic modeling and simulation of SRM drives, as well as the design and verification of linear SRMs. The book is intended for electrical engineers and students in the field of electrical engineering, providing a thorough understanding of SRM drives and their practical implementation. It includes a comprehensive set of references and appendices, making it a valuable resource for researchers and practitioners in the field of industrial electronics.