Multi-field coupling optimization of anti-icing component for helicopter rotor based on big data

Considering the multivariable influence on the temperature field of anti-icing component, a numerical simulation model coupling multi-field for helicopter rotor anti-icing composite structure component under big data environment was presented. The multi-parameters were the main influencing factors in heat transfer numerical simulation. Convective heat transfer and heat conduction coupling was analysis for temperature field of anti-icing component. The traditional orthogonal design method was used as optimization program for analyzing of temperature field optimization of composite material for anti-icing structure. The temperature field distribution of the iron surface after optimization meets the requirements of the relevant anti-icing parameters. Thus, based on the big data environment, the optimization effect of the parameters of the rotor anti-icing component is more ideal. The average temperature and high temperature distribution change after optimization indicate that the optimized anti-icing effect is more evident than the original anti-icing effect which means the optimization performs well.