Thermal Radiation 1st Edition

Thermal Radiation, 1st Edition by John R. Howell, M. Pinar Mengüc, and Kyle J. Daun is a definitive resource for anyone tackling radiative heat transfer. Clear, authoritative, and thoroughly modern, this edition brings the physics and engineering of thermal radiation into sharp, practical focus.

Starting with core principles and moving to advanced concepts, the book balances rigorous theory with real-world relevance. You’ll find lucid explanations of spectral properties, surface and enclosures, view factors, and radiative exchange, alongside modern modeling approaches and numerical techniques. Carefully worked examples and problem-oriented discussions make complex ideas approachable for graduate students, practicing engineers, and researchers alike.

Engineers in mechanical, aerospace, energy, and electronics fields will value the book’s application-driven perspective: from solar thermal systems and combustion to high-temperature materials and thermal management of devices. Instructors will appreciate its pedagogical clarity; researchers will benefit from comprehensive treatments of contemporary modeling methods. This edition is designed to support coursework, professional development, and applied research across industry and academia.

Whether you’re preparing for advanced classes, refining design calculations, or developing simulation tools, Thermal Radiation offers the depth and practicality you need. Available to readers worldwide, it’s the go-to reference for radiative heat transfer theory and application. Order your copy today to elevate your understanding and confidence in thermal-radiation analysis.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.