Heat Transfer

Explore the fundamental principles and applications of heat transfer through a comprehensive 26-part video lecture series. Delve into topics such as conduction, radiation, and convection, examining one-dimensional and two-dimensional conduction, extended surfaces, transient conduction, thermal radiation properties, and various convection scenarios. Learn about heat transfer hardware, solve practical problems, and gain insights from an interview with Dr. John Biddle. Master the essential concepts and techniques necessary for understanding and analyzing heat transfer processes in engineering and scientific applications.

Heat Transfer: Introduction to Heat Transfer (1 of 26).
Heat Transfer: Important Properties in Heat Transfer (2 of 26).
Heat Transfer: Conduction Heat Diffusion Equation (3 of 26).
Heat Transfer: One-Dimensional Conduction (4 of 26).
Heat Transfer: Thermal Conduction Resistance (5 of 26).
Heat Transfer: Extended Surfaces (Fins) (6 of 26).
Heat Transfer: Fin examples (7 of 26).
Heat Transfer: Two-Dimensional Conduction, Part I (8 of 26).
Heat Transfer: Two-Dimensional Conduction, Part II (9 of 26).
Heat Transfer: Transient Conduction, Part I (10 of 26).
Heat Transfer: Transient Conduction, Part II (11 of 26).
Heat Transfer: Introduction to Thermal Radiation (12 of 26).
Heat Transfer: Thermal Radiation Properties (13 of 26).
Heat Transfer: Radiation View Factors (14 of 26).
Heat Transfer: Thermal Radiation Networks (15 of 26).
Heat Transfer: Thermal Radiation Network Examples (16 of 26).
Heat Transfer: Midterm Exam Review Problems (17 of 26).
Heat Transfer: Flat Plate Convection, Part I (18 of 26).
Heat Transfer: Flat Plate Convection, Part II (19 of 26).
Heat Transfer: Convection Over Cylinders, Part I (20 of 26).
Heat Transfer: Convection Over Cylinders, Part II (21 of 26).
Heat Transfer: Internal Flow Convection, Part I (22 of 26).
Heat Transfer: Internal Flow Convection, Part II (23 of 26).
Heat Transfer: Internal Flow Convection, Part III (24 of 26).
Heat Transfer: Heat Transfer Hardware (25 of 26).
Heat Transfer: Course Review (26 of 26).
Heat Transfer: Interview with Dr. John Biddle.