Simulation on Optimised Design, Coolant Channel Size 1mmx5mm, 7 Channels

Open Project
Copy Project
Optimised Design_1mmx5mm_7Channels_Space_2mm_Conjugate Heat Transfer v2.0 2 - 13.3.21 20.8Mn cells local mesh controls - SimulationRun
SimulationRun
3D
One_Fourth_OptimisedDesign_ChannelSize 1mmx5mm_7Channels_Space_2mm - Imprint - Geometry
Geometry
3D
OptimisedDesign_ChannelSize 1mmx5mm_7Channels_Space_2mm - Geometry
Geometry
3D
One_Fourth_OptimisedDesign_ChannelSize 1mmx5mm_7Channels_Space_2mm - Geometry
Geometry
3D
views 376
shares 0
Ravikumar
Ravikumar
Created

over 4 years ago

Last modified

over 4 years ago

Statistics
geometries 3 Geometries
meshes 1 Mesh
simulations 1 Simulation setup
runs 1 Result
About this project

Validation Case for CHT 2.0 - This project considers the optimised design of the flow channel inside the cooling plate. The numbers of channels are 7 and the size of each channel is 1mmx5mm. This simulation is to compare the results with those from the paper. The simulation is run for 1000s

Start the Conversation

Default avatar

Log in to comment.

Not yet a SimScale user? Sign up.

Share this project

Related Projects

pcb_-_transient_thermal_analysis_1 image
Transient Thermal Analysis of a Printed Circuit Board

by ahmedhussain18ahmedhussain18

thermal_analysis_of_heat_sink_led image
LED Heat Sink Thermal Simulation

by ahmedhussain18ahmedhussain18

sheet_metal_stamping image
FEA Simulation of a Sheet Metal Stamping Process

by rszoekerszoeke

effect_of_radiation_on_thermal_comfort_for_indoor_spaces image
The Effect of Radiation on Thermal Comfort for Indoor Spaces

by Jon_WildeJon_Wilde

testp2 image
testp2

by wexaj42457wexaj42457

Project History

  • Ravikumar

    Ravikumar created this project

    over 4 years ago

Simulation on Optimised Design, Coolant Channel Size 1mmx5mm, 7 Channels by Ravikumar | SimScale