Heat Transfer Principles and Applications

Table of Contents

1. Introduction to Heat Transfer2. Heat Conduction Equation and Boundary Conditions3. Steady-state Conduction4. Unsteady Conduction5. Numerical Methods (Steady and Unsteady)6. Forced Convection7. Natural (Free) Convection8. Heat Exchangers9. Radiation Heat Transfer10. Multimode Heat Transfer11. Mass Transfer12. Special Topics

Authors

Charles H. Forsberg Hofstra University, Hempstead, NY, USA. Charles H. Forsberg is Professor Emeritus of Engineering at Hofstra University; Hempstead, NY. His educational background is in mechanical engineering: BSME from Polytechnic Institute of Brooklyn; MSME and PhD from Columbia University. At Hofstra, he taught lecture and laboratory courses in heat transfer to junior/senior students for 35 years. He also taught other courses in the thermal/fluids/energy area and MATLAB. Besides teaching, he was very active in program, course, and laboratory development. He has considerable experience with ABET accreditation, being the mechanical engineering coordinator for several accreditation visits. Prior to Hofstra, Dr. Forsberg worked on design and licensing of nuclear power plants with Con Edison and Ebasco Services of New York and Project Management Corporation of Chicago. He also has considerable experience in the energy conservation area. He was founder and first director of Hofstra's Energy Analysis and Diagnostic Center and has performed numerous energy audits of industrial and commercial facilities. When not involved in academic pursuits, Dr. Forsberg enjoys cruises, long car drives, woodworking, and being the substitute organist at his church. He lives with his wife Gail in beautiful upstate New York.