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How to use the MicroCool tool - Microcool Liquid Cooling ... · How to use the MicroCool tool...
Transcript of How to use the MicroCool tool - Microcool Liquid Cooling ... · How to use the MicroCool tool...
How to use the MicroCool tool On-line cold plate simulation tool
How to use the MicroCool tool
Go to www.microcooling.com and click on the MicroCool Tool button
The first page is an informational section that gives the user an overview of the tool 1.) Is physical geometry of the fin area the user wants to evaluate. 2.) Is the Boundary Conditions section where the user inputs the BCs 3.) Is the Material selection section of the tool, where fluid type and fin material is defined. 4.) Is a where a quick internal check is done before the simulation is submitted for solving. 5.) Is where Simulation results are posted.
Click to Start
Width of fin area to evaluate = Xc
Base Thickness behind fin = Zc
Select Fin type
Select Fin density
Select Fin Height
Limitations of the tool and/or Manufacturing
Click to move to Boundary Conditions
TIM thickness can be entered here, entering 0 will omitting TIM material from the analysis.
Standard Inputs: Zc = 3 mm Standard In line pin fin type = 12 FPI XP In line pin fin type = 25 FPI Standard fin Height = 4 mm
Fluid Flow Rate
Fluid Inlet temperature
Heat Source Output
Click to move to Material Selection
Select Cold plate Material
TIM material can be entered here
TIM Material Specs
Fluid Type
% Concentration of Fluids
Click to move to Simulation Check
If the Simulation has incomplete inputs or inputs outside the tool’s abilities a Red X will appear in the section where there is an issue.
If the Simulation has complete inputs then all sections show a Green Check and the user can move foreword to simulate.
While the simulation is running a status bar will be shown. If there is no HPC instance available a warning will show and the page will update once an instance is available for use.
Click to save results as a PDF
Max Temperature of Cold plate skin in fin area
Havg is an excellent input for use in a customer’s own CFD analysis. This is the average heat transfer coefficient in the fin area