Heatsink Simulation Design: 6063 Aluminum Alloy Structure Optimization

COMSOL simulation of forced convection flow field, optimizing key parameters:

Fin Angle: 15°-20° to reduce airflow resistance;

Spacing Ratio: 1:1.5 to balance heat dissipation area and wind pressure loss;

Base Plate Thickness: 2.0 mm to improve thermal diffusion uniformity.
Actual measurements show that the optimized heat dissipation efficiency is 28% higher than traditional designs, and the R&D cycle is shortened by 50%.

Application Scenarios: Heat Dissipation Modules for New Energy Vehicle Motor Controllers and Industrial Inverters.