This textbook provides a practical introduction to heat transfer principles and engineering applications. It covers conduction, convection, radiation, heat exchangers, and transient heat transfer with numerous real-world examples and solved problems designed for undergraduate engineering students.
An introductory yet comprehensive treatise on the major areas of thermal‑fluid sciences—thermodynamics, fluid mechanics, and heat transfer. The text emphasizes physical understanding and engineering applications.
This edited volume brings together research on testing methodologies for System‑on‑Chip (SoC) designs, focusing on plug‑and‑play test automation, standards such as IEEE P1500, test access mechanisms, data compression, and signal integrity considerations. Originally part of a special issue of the Journal of Electronic Testing, it serves as a key resource for engineers and researchers in …
Textbook covering electric and magnetic fields, electrostatic and electromagnetic theory, and the special theory of relativity for undergraduate physics and engineering students. Includes solved problems, examples, and conceptual explanations.
Covers principles and applications of modern control theory, including system modeling, analysis, design, digital control, and feedback mechanisms. Includes MATLAB examples and practical applications in engineering systems.
Textbook covering theory and practical aspects of fiber‑optic communications, including fundamentals of optical fibers, transmitters/receivers, system design, and testing/installing fiber‑optic networks.
Comprehensive coverage of modern antenna theory and design, including antenna arrays, wireless communication antennas, and applications in mobile and satellite systems.
This book presents a rigorous analysis of thermostatistical physics, explaining the logical and mathematical foundations of thermodynamics and statistical mechanics and their applications in modern theoretical physics.
A widely used engineering textbook explaining the theory and practical applications of the finite element method in structural and mechanical engineering. It covers fundamental concepts, element formulations, numerical techniques, and engineering problem applications.
This book introduces the principles of analog and digital communication systems, including modulation, noise analysis, transmission techniques, and modern communication methods used in telecommunications engineering.