About Book
“Fundamentals on Electric Vehicles and Heat Transfer Management with Hands-on Exercise using ANSYS Fluent CFD” presents a clear, application-focused introduction to EVs and their thermal management. It blends core theory, numerical problems, and practical CFD simulations to build a complete learning pathway. The book begins with EV fundamentals and heat transfer principles-conduction, convection, and radiation-before addressing key thermal challenges such as battery overheating, non-uniform temperature distribution, and cooling inefficiencies. It provides an in-depth analysis of Battery Thermal Management Systems (BTMS), introducing phase change material cooling using CFD techniques.Further, it examines thermal behaviour in electric motors, power electronics, and HVAC systems, emphasizing efficiency, durability, and passenger comfort. Emerging trends such as AI-driven control, advanced materials, and innovative cooling methods are also introduced. A dedicated section on thermal modelling demonstrates how ANSYS Fluent predicts temperature fields, flow behaviour, and system performance. Hands-on exercises enable readers to simulate real-world problems and develop practical CFD skills.Overall, the book serves as a concise, self-contained book for understanding and designing efficient EV thermal management systems through both theoretical and computational approaches.
Through “Fundamentals on Electric Vehicles and Heat Transfer Management with Hands-on Exercise using Ansys-Fluent CFD,” we aim to provide a comprehensive resource that integrates theory, simulation, and practical applications. Our goal is to equip students, researchers, and professionals with the knowledge and tools required to contribute effectively to the rapidly evolving field of electric mobility and thermal management.
About Author
Dr. Abhinav is a distinguished academician and researcher in the Department of Mechanical Engineering at Dayananda Sagara Academy of Technology and Management, Bangalore, Karnataka (An Autonomous Institute under VTU, Belagavi). His work focuses on electric vehicle technologies and thermal systems, with expertise in composite design and computational fluid dynamics using ABAQUS and ANSYS Workbench. He has made significant research and innovation contributions, holding over 35 intellectual properties and 60+ publications in Scopus, WoS, and UGC-indexed journals. He has also authored more than 17 books in various engineering domains, including Structural Mechanics, Fatigue, and Composite Design using ABAQUS and ANSYS Workbench but not limited to, at both national and international levels. Through this book, he shares his expertise in EV thermal management, heat transfer, and advanced engineering applications.
Dr. S. Bhargavi is a Professor in the Department of Electronics and Communication Engineering at SJC Institute of Technology, Chickballapur, with over 25 years of academic and research experience. Her research interests include wireless communication, embedded systems, image processing, cryptography, network security, and communication systems aligned to EVs but not limited to. She has an extensive research portfolio with 58 journal publications, 81 conference papers, and 4 patents (2 international, 2 Indian). She has guided numerous UG, PG, and Ph.D. scholars, with several doctoral candidates successfully awarded. She has actively contributed to academia through workshops, conferences, faculty development programs, and technical training sessions, and serves as a reviewer and session chair for various national and international platforms. Her excellence has been recognized through multiple prestigious awards, including the Dr. A.P.J. Abdul Kalam Lifetime Achievement National Award, Outstanding Educator and Researcher Awards, and several research excellence honors. She is also a lifetime member of professional bodies such as IETE, IEAE, IMAPS, and GEPRA.
Dr. Thyagaraj N R is an accomplished academician and researcher with expertise in Finite Element Method (FEM), metal matrix and hybrid composites, elasticity and plasticity, and 3D printing technology. With a strong educational background, the author earned a Ph.D. from Visvesvaraya Technological University, along with both M. Tech and B.E. degrees from SJC Institute of Technology and currently serving as a Professor at SJC Institute of Technology, He has led and contributed to several funded research projects, particularly in the areas of electric vehicle battery thermal management, hybrid composite automobile panels, and advanced materials processing. His academic contributions include over 25 international journal and conference publications, authorship of books on FEM and composite materials, and multiple patents. He has been also, recognized for excellence in research and mentorship, the author has received the Best Researcher Award and Best Guide Award, reflecting a strong commitment to innovation, teaching, and applied engineering research.
