3D Model heat-sink

Parametric Modeling Practice Thank you to Fusion 360 School for the awesome Practice exercise. Link to video included. https://youtu.be/cdK-lbNfPsM

3D Model Heat Sink

Heat Sink

3D Model Heat Sink

Heat Sink for Traction System

3D Model heat sink

3d model of a heat sink

3D Model Heat Sink Assembly

Heat Sink Copper Pin Fin Plate Plexi Glass Assembly for Flowrate measurement of titanium nano-fluids

3D Model electronic heat sink

Performed thermal simulation of a heat sink to evaluate heat dissipation, temperature distribution, and cooling efficiency. Optimization of geometry and material to improve thermal performance and ensure

3D Model COMPUTER HEAT SINK ANALYSIS

response of the heat sink by using the steady-state solution as the temperature load for the heat sink of a computer made of aluminum. A fan forces air over all surfaces of the heat sink except for the

3D Model thermal simulation of heat sink

Valdiation by simulation, Steady-state thermal simulation of an aluminum heat sink subjected to a 0.5 W/m² heat flux, with an ambient temperature of 300 K and natural convection cooling. The study is performed

3D Model Flow Simulation of Heat Sink

Thermal Flow Simulation in Heat Sink

3D Model Full Brick Heat Sink Analysis

Full Brick Heat Sink Analysis: Module Power: 750 W Heat Dissipation (20% of Power): 150 W Dimensions: 62 × 18 × 120 mm (W × H × D) Material: Aluminium 6061 Heat Power: 150 W Ambient Temperature: 27 °C