MAJOR VOLCANIC FORMATIONS ON THE SURFACE OF MARS IN THE THARSIS REGIO PROVINCE

This study utilizes the finite element method and the equivalent inclusion method to evaluate the effective thermal conductivity of reinforced composite materials.The analytical framework incorporates several critical factors, including inclusion anisotropy, orientation distribution, thermal interface conductance, and inclusion dimensions.The findings reveal that when the thermal conductance at the interface is high, the effective conductivity of the composite is primarily determined by the anisotropy of the inclusions.In contrast, at lower conductance levels, the influence of anisotropy is substantially reduced as the restricted heat flow across