ISBN: 978-81-963788-7-5
Authors: Dr. Khan Arif Nafees, Dr. T. Gurumurthi, Dr. R. Sivakumar, Dr. B. Vikram Babu
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Book Description
Welcome to “Introduction to Applied and Engineering Physics”! This textbook has been carefully crafted to provide students and professionals with a comprehensive and accessible introduction to the exciting world of applied and engineering physics.
Physics is a fundamental science that underpins much of our understanding of the natural world. Applied and engineering physics takes this knowledge and applies it to real-world problems, enabling us to develop innovative technologies and solve practical challenges. Whether you’re interested in fields such as materials science, optics, electronics, or renewable energy, a solid foundation in applied and engineering physics is essential.
This textbook has been designed with the needs of students in mind. It is structured to guide you through the fundamental concepts of physics and their applications in various engineering disciplines. We have taken great care to strike a balance between theoretical explanations and practical examples, ensuring that you not only grasp the underlying principles but also understand how they can be employed in real-world scenarios.
Each chapter of this book delves into a specific topic, building upon previous knowledge to foster a progressive understanding of applied and engineering physics. From classical mechanics and electromagnetism to quantum mechanics and thermodynamics, we explore a wide range of foundational concepts. Additionally, we delve into specialized areas such as solid-state physics, fluid dynamics, and optics, allowing you to explore diverse fields of application.
Throughout this journey, you will find numerous illustrations, diagrams, and examples to aid your comprehension. We have included problem-solving exercises and thought-provoking questions at the end of each chapter to encourage critical thinking and reinforce your understanding of the material. Additionally, we have provided practical applications and case studies to highlight the relevance of the concepts to real-world scenarios.
We would like to emphasize that this textbook is not intended to be a static source of knowledge. Physics is a dynamic field, constantly evolving and advancing. As such, we encourage you to supplement your learning with additional resources, research, and practical experiences. Use this textbook as a springboard to delve deeper into the fascinating world of applied and engineering physics.
Finally, we would like to express our gratitude to all those who have contributed to the creation of this textbook. From the authors and editors to the publishing team, their dedication and expertise have played an invaluable role in bringing this project to fruition. We also extend our appreciation to the educational institutions, professors, and students who have embraced this textbook as a valuable learning resource.
We hope that “Introduction to Applied and Engineering Physics” serves as a catalyst for your passion and understanding of the subject. May it inspire you to explore the frontiers of applied physics, unlock new possibilities, and contribute to the advancement of science and technology.