Conjugate Heat Transfer Analysis in a Microchannel Heat Sink, ANSYS Fluent

$80.00 Student Discount

  • The problem numerically simulates a Microchannel Heat Sink in ANSYS Fluent software investigating heat transfer and temperature distribution.
  • The geometry of the model is created using SpaceClaim software.
  • The model is meshed in ANSYS Meshing, creating a structured mesh with 440,000 elements.
Click on Add To Cart and obtain the Geometry file, Mesh file, and a Comprehensive ANSYS Fluent Training Video.

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The journal file in ANSYS Fluent is used to record and automate simulations for repeatability and batch processing.
editable geometry and mesh allows users to create and modify geometry and mesh to define the computational domain for simulations.
The case and data files in ANSYS Fluent store the simulation setup and results, respectively, for analysis and post-processing.
Geometry, Mesh, and CFD Simulation methodologygy explanation, result analysis and conclusion
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In this project, we will use ANSYS Fluent, a computational fluid dynamics (CFD) software, to simulate and analyze the fluid flow and conjugate heat transfer within a microchannel heat sink. The main objective is to study the temperature distribution across the microchannel. This simulation will help to understand the effectiveness of microchannel heat sinks in dissipating heat from electronic components. In this problem heat transfer occurs via two mechanisms. The first one is conduction in which the heat is transferred via solid then reaching the wall adjacent to the fluid. Then this heat is transferred from solid to the fluid by convection mechanism as the air flows along the channel.
The present model is designed in three dimensions using SpaceClaim software. The meshing of the model has been done using ANSYS Meshing software. The mesh type is Unstructured, and the element number is 440,000.


We perform the simulation steadily, pressure based solution is considered. and the gravity effect is ignored. The laminar airflow enters the inlet boundary with a velocity of 1 [m/s] and a temperature of 293.15K and leaves the computational domain through an outlet flow boundary. The energy source for the Chip on the microchannel wall is equal to 10,000,000 W/m2.


Finally, the contours related to pressure, velocity, temperature, and velocity vectors are obtained. As is seen in the temperature contour, the airflow has reduced the microchannel temperature, indicating its ability to cool down electronic devices. As temperature plot along the channel length shows, the heat flux absorbed by the airflow causes its temperature to increase from 293.15 k on the inlet to 302k on the outlet. Consequently by increasing the fluid temperature, meaning that the heat dissipation from electronic component is occurred properly, the bottom wall of heat sink’s maximum temperature is controlled so that the electronic component is not disturbed.


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