SimScale simulation projects by Thermal24 | Page 1

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Repeat CHT Simulation with rounded edges removed

CHT Simulation - Heat sink with multiple Components

CHT Simulation of liquid cooled heat sink

Repeat of Mounting Bracket Simulation with TIM insertion - CHT Simulation

Place V17 in a column of air to evaluate heat transfer coefficient of the assembly.

CHT Simulation expanding on V16 with the addition of 4 heat sources

Rerun of Mounting Bracket with gravity in -y direction - CHT

Heat load on an ambient cooled bracket - CHT Simulation

CHT simulation - increased width of V10 to 5.5 inches

CHT Simulation - Increased V10 Width to 6.5 inches

CHT Simulation - Increased v10 width to 7 inches

CHT Simulation - Increased enclosure width of V10 to 6 inches

CHT Simulation - V10 with reduced fin height and same Gap

Started with V10, but reduced the number of fins from 10 to 8 - CHT Simulation

Increased enclosure size by 1/4 inch from V8.  CHT simulation

CHT Simulation - Increased enclosure width of V4 by 0.25 in.

Revision of V6 design, increasing the oil tank width (y) by 0.25 in. to 5.25 in.  CHT simulation

Repeat calculation with reduced cover height of 4 in.

Revised Liquid Cooled Heat Sink Enclosure Volume

Simple fluid cooled heat sink geometry mod - increased cover height to 5 inches.

Varied geometry with increased cover height by 0.25 in.

Heat sink with heat transfer coefficient assigned to outer  tank walls

Water cooled heat sink with decreased cover height

CHT simulation with number of fins reduced by 50 percent

Heat sink with a thermal load cooled by convection of an enclosed liquid

The tutorial project is a sample Electronic cooling sink which consists of 3 solid regions and 1 fluid region. The solid regions are two FB-4 chips, which have a higher initial temperature and a heat sink over one of the chips. The air flows over the solid regions to remove the heat from it.

Evaluate the performance SimScale on a heat sink

Tutorial project for a thermal analysis of a differential casing. The project only provides the geometry to start with. See our tutorials section to have a look at the step-by-step instructions to set up the simulation.

Tutorial project for a flow analysis of a pipe junction. The project only provides the geometry to start with. See our tutorials section to have a look at the step-by-step instructions to set up the simulation.

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