Principles of Heat Transfer in Aerospace Engineering  085320
Will not be given the year



Lecture 
Exercise 
Laboratory 
Project or Seminar 
House Work 
Weekly Hours 
2 
1 




Determination of the grade according to progress during the semester and a final examination.
Prerequisites:
 
(
  Compressible Flow, Inlets and Nozzles 
084312
 
  
and
 Viscous Flow and Heat Transfer 
084314
 ) 

Overlapping Courses:
    Heat Transfer 
034014
 
    Heat Transfer 
034041
 
    Principles of Chemical Engineering 2M 
054306
 
    Momentum, Heat and Mass Transport for Material Engineering 
315029
 
Introduction. Fourier'S Law. Equation of Heat Conduction, Steady and Unsteady 1D Conduction, Heat Sources and Fins, Free and Forced Convection, Free Convection from Vertical and Horizontal Surfaces, Forced Convection from a Flat Plate, Equations of Heat Transfer in Compressible Boundary Layers, Recovery Factor, Convection in High MachFlow. Principles of Radiation and Stefan'S Equation. BlackBody Radiation, Atmospheric Attenuation, Gray Body Radiation. Ablation. Heat Transfer in MicroSystems.
TextbooksPublished  Publisher  Authors  Book 

1990  mcgraw  hill, n.y.  j.p. holman  heat transfer 7th ed and up 
Created in 25/02/2018 Time 05:36:57