Week 6: Conjugate Heat Transfer Simulation
AIM :- Conjugate Heat Transfer Simulation
Objective:
To simulate the Conjugate Heat Transfer over pipe using Super- Cycling in CONVERGE and determine Y+
Theory:-
Conjugate Heat Transfer:-
- Conjuate Heat Transfer correspond with the combination of heat transfer in solid and heat transfer in fluid.
- In solid, conduction often domain whereas in fluid convection usually domain.
- Conjugate heat transfer is observed in many situation. For egs, heat sinks are optimized to combined heat transfer by conduction in the heat sink with the convection in the surrounding field.
Geometry :-
Diagnosis :-
Case Setup :-
Gas Simulation :-
Global Transport Parameters :-
Species :-
Run Parameters :-
Simulation Time Parameters :-
Solver Parameters :-
Regions and Initialization :-
Boundary condition's :-
(1) Name - Solide Outer Wall
Region - Solid region
(2) Name - Solid Side
region - Solid Region
(3) Name - Inlet
Region - Fulied Region
(4) Name - Outlet
Region - Fulied Region
(5) Name - Interfaces
Turbulence Modeling :-
Super Cycle Modeling :-
Base Grid :-
Post Variable Selection :-
OutPut Files:-
Mesh With Surface :-
Mesh Grid :- 0.004
Mesh With Edges :-
Mesh Grid :- 0.004
Pressure Contour :-
Mesh Grid :- 0.004
Velocity Contour :-
Mesh Grid :- 0.004
Mass_Flow_Rate :-
Mesh Grid :- 0.004
Total Pressures :-
Mesh Grid :- 0.004
Avg Velocity :-
Mesh Grid :- 0.004
Avg Temperature :-
Mesh Grid :- 0.004
Total Cell Count :-
Mesh Grid :- 0.004
Pressure Contour :-
Mesh Grid :- 0.004
Velocity Contour :-
Mesh Grid :- 0.004
Temperature Contour :-
Mesh Grid :- 0.004
Pressure Contour :-
Mesh Grid :- 0.001
Velocity Contour :-
Mesh Grid :- 0.001
Tempreture Contour :-
Mesh Grid :- 0.001
Mass_Flow_Rate :-
Mesh Grid :- 0.001
Total Pressures :-
Mesh Grid :- 0.001
Avg Velocity :-
Mesh Grid :- 0.001
Avg Temp :-
Mesh Grid :- 0.001
Total cells Count :-
Mesh Grid :- 0.001
Mesh Grid :- 0.001
Mesh Grid :- 0.001
Mesh Grid :- 0.001