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1 Geometry
1 Mesh
1 Simulation setup
0 ResultsDetermine the heat flux and temperature contours of a heat sink attached to the CPU of a PC operating at a surface temperature of 96°C. The fins are cooled by a forced turbo fan creating a convective film heat transfer coefficient of 30 W/m²·K at an ambient air temperature of 22°C. Using a suitable CAD model from GrabCAD (.STEP or .IGES), set up the thermal boundary conditions, mesh the geometry, and run a steady-state thermal simulation. Report the maximum temperature, minimum temperature, heat flux distribution, and identify the fin region with the lowest cooling efficiency. Recommend a fin geometry or spacing improvement to enhance thermal performance. - Copy
by simscalesimscale
1 Geometry 1 Mesh 1 Simulation setup 0 ResultsDetermine the heat flux and temperature contours of a heat sink attached to the CPU of a PC operating at a surface temperature of 96°C. The fins are cooled by a forced turbo fan creating a convective film heat transfer coefficient of 30 W/m²·K at an ambient air temperature of 22°C. Using a suitable CAD model from GrabCAD (.STEP or .IGES), set up the thermal boundary conditions, mesh the geometry, and run a steady-state thermal simulation. Report the maximum temperature, minimum temperature, heat flux distribution, and identify the fin region with the lowest cooling efficiency. Recommend a fin geometry or spacing improvement to enhance thermal performance. - Copy
soumya1222 created this project
4 months ago
gabbyaston copied this project
13 days ago
