Contents & References of The effect of viscous dissipation on entropy production for a gaseous compressible fluid in a microchannel with a rectangular cross-section.
List:
The first chapter. 5
need for a narrow passage. 5
1-1 The need for narrower passages to pass the current. 6
1-2 Classification of channels 8
1-3 Basic assumptions in heat transfer and pressure drop in micro channels 9
Chapter two. 14
Fluid flow in microchannel. 14
2-1 Preface 15
2-2 Hydraulic diameter. 16
2-3 length of flow development. 17
2-4 modes of heat transfer. 18
2-5 continuity hypothesis. 19
2-6 principles of thermodynamics. 21
2-7 General rules. 22
2-8 Special rules. 23
2-9 flow structure. 24
2-10 thermal inlet length. 25
The third chapter. 27
Description and solution of project 27
3-1 Preface 28
3-2 Discretization of momentum equations. 30
3-3 discretization of continuity equation. 37
3-4 boundary conditions. 39
3-4-1 applying the slip boundary condition: 40
3-4-2 boundary conditions for . 42
3-4-3 boundary conditions for . 43
3-4-4 boundary conditions for . 44
3-5 Applying boundary conditions in momentum equations. 45
3-6 discretization of the energy equation. 46
3-6-1 How to apply the temperature jump boundary condition on the walls 60
3-6-2 Boundary conditions for temperature 61
3-7 Solution algorithm. 63
3-7-1 steps of SIMPLER. 63
3-8 General form of solving equations by TDMA method. 66
Chapter Four. 68
Results and suggestions. 68
4-1 checking the correctness of the numerical solution: 69
4-2 results and explanations: 69
4-3 suggestions. 80
Attachments. 81
Application of boundary conditions in momentum equations. 82
Application of boundary conditions in momentum equations. 89
Application of boundary conditions in momentum equations. 98
Application of boundary conditions in equations. 105
Applying boundary conditions on energy equation coefficients. 111
Resources. 120
Source:
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