Study on Influence of Thermal Conductivity Adhesive on Heat Dissipation of Small Brushless Axial Fan Driver
Taking small brushless axial fan driver as the research object,the heat dissipation solving domain model of the driver was established.On the basis of numerical simulation,orthogonal tests were carried out on the test temperature,heat conduction adhesive brand and heat conduction adhesive filling area.The influ-ence of these parameters on the maximum temperature of the driver was obtained by the analysis of range and variance,and the optimal performance parameters of the driver cooling system were determined.The numeri-cal simulation results show that the optimized driver cooling system can effectively control the maximum tem-perature of the driver within the working range of 125℃at the ultimate high temperature of 100℃.
small brushless axial flow fanheat conducting adhesivedriverheat dissipation
万方数据
维普
