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This book, now in its Third Edition, is designed as a textbook for first-year undergraduate engineering students. It covers all the relevant and vital topics, lucidly and straightforwardly. This book emphasizes the basic concept of physics for engineering students. It covers the topics like properties of matter, acoustics, ultrasonics with their industrial and medical applications, quantum physics, lasers along with their industrial and medical applications, fibre optics with its uses in optical communication and fibre optic sensors, wave optics, crystal physics, and imperfection in solids. This book contains numerous solved problems, short and descriptive type questions and exercise problems. It will help students assess their progress and familiarize them with the types of questions set in examinations. NEW TO THIS EDITION • New chapters on 1. Wave Motion 2. Imperfection in solids • New sections on 1. Inadequacy of classical mechanics 2. Heisenberg's uncertainty principle 3. Principles of superposition of matter waves 4. Wave packets 5. Three-dimensional potential well problem 6. Fotonic pressure sensor 7. Noise and their remedies TARGET AUDIENCE B.E./B.Tech (all branches of engineering)
Designed for the introductory calculus-based physics course, Physics for Engineers and Scientists is distinguished by its lucid exposition and accessible coverage of fundamental physical concepts.
This book is written specifically to address the course curriculum in Engineering Physics for the first-year students of all branches of engineering. Though most of the topics covered are customarily taught in several universities and institutes, the book follows the sequence of topics as prescribed in the course syllabus of engineering colleges in Tamil Nadu. This new edition of the book continues to present the fundamental concepts of physics in a pedagogically sound manner. It includes a new chapter on Thermal Physics, which is essential for core engineering students. Furthermore, topics like crystal growth techniques, estimation of packing density of diamond and the relation between three moduli of elasticity are included at the appropriate places, to improve the understanding of the subject matter. KEY FEATURES • Several numerical problems (solved and unsolved) to strengthen the problem-solving ability of students • Short and Long questions at the end of each chapter • Model Test Papers with solutions • Summary at the end of each chapter to recapitulate the most important results of the chapter
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This book, now in its Third Edition, is designed as a textbook for first-year undergraduate engineering students. It covers all the relevant and vital topics, lucidly and straightforwardly. This book emphasizes the basic concept of physics for engineering students. It covers the topics like properties of matter, acoustics, ultrasonics with their industrial and medical applications, quantum physics, lasers along with their industrial and medical applications, fibre optics with its uses in optical communication and fibre optic sensors, wave optics, crystal physics, and imperfection in solids. This book contains numerous solved problems, short and descriptive type questions and exercise problems. It will help students assess their progress and familiarize them with the types of questions set in examinations. New to this edition New chapters on Wave Motion Imperfection in solids New sections on Inadequacy of classical mechanics Heisenberg's uncertainty principle Principles of superposition of matter waves Wave packets Three-dimensional potential well problem Fotonic pressure sensor Noise and their remedies
"Reliability Physics and Engineering" provides critically important information for designing and building reliable cost-effective products. The textbook contains numerous example problems with solutions. Included at the end of each chapter are exercise problems and answers. "Reliability Physics and Engineering" is a useful resource for students, engineers, and materials scientists.
Suitable for advanced courses in applied mathematics, this text covers analysis of lumped parameter systems, distributed parameter systems, and important areas of applied mathematics. Answers to selected problems. 1970 edition.