All the numerical simulations were performed in ANSYS FLUENT using homogeneous heat transfer model for Reynolds number, Re = 100 to 500 and Grashof number, Gr = 5000, 13,000 and 20,000. Effective thermal conductivity of the Al2O3/water nanofluid was evaluated by considering the Brownian ...
Our analysis comprises of a computational fluid dynamics study of both the fin models with identical dimensions and simulated in the same environment using ANSYS FLUENT 15 software and we attempt to compare their performance using the temperature and heat transfer coefficient distribution plots obtained....
I want to generate a mesh for a conjugate heat transfer analysis in which I have counter flowing fluids separated by a metal median. They are essentially 3 tubes, one on top of the other where the inner most tube is hot and the outer most is cold. In spaceclaim I created those 3 ...
conjugate heat transfer should be simulated in 3D.In 2D in fluent in b.c you can not set up shell conduction between solid and the liquid but when you use 3D a new b.c will be appear in fluent in b.c named SHELL CONDUCTION you can just enable this choise and ...
A numerical analysis was performed to investigate the heat transfer and the fluid flow around threedimensional protruding heaters mounted on the bottom wall (substrate) of a horizontal rectangular channel using the ANSYS/FluentTM 15.0 software. Two different cooling fluids were analyzed; the air and ...
A numerical simulation of conjugate heat transfer within an IGU was implemented as part of the research into this phenomenon. Calculations were performed in ANSYS FLUENT CFD package. Basic equations describing the conservation of mass, conservation of momentum (in the Boussinesq approximation), ...
Conjugate heat transfer has significant implications on heat transfer characteristics, particularly in thick wall applications and small diameter pipes. In this study, a three-dimensional numerical investigation was carried out using commercial CFD software "ANSYS FLUENT" to study th...
The object of this work is to highlight the capabilities of a loosely coupled unsteady multi-physics tool (U-THERM3D) developed at the University of Florence within ansys fluent. The coupling strategy will be employed for the numerical analysis of the TECFLAM effusion cooled swirl burner, an ...
A 3D geometry of PHE is developed with configurations of plate considered as L-theta and H-theta for the investigation using commercially available ANSYS-FLUENT 15.0. Further, simulations studies on both H-theta (β = 30°) and L-theta (β = 55°) are carried out using CuO–water ...
In the present work, the comprehensive two-dimensional numerical model is constructed with ANSYS Fluent for the unsteady conjugate heat transfer of magnetic refrigerator with Gd plates. To express the reciprocating piston movements and magneto-caloric effect, etc., several user-defined functions are ...