Dynamic Parameter-driven Fluid-solid Conjugate Heat Transfer Simulation

In this paper, we present a dynamic parameter-driven simulation method for fluid-solid conjugate heat transfer(CHT), which include geometry modelling, mesh generation and numerical solution process. The method extracts necessary simulation parameters and allows users to easily adjust the model configuration through dynamic parameter tuning. This helps to quickly obtain the heat transfer characteristics under different conditions and improves the efficiency and flexibility in dealing with complex fluid-solid coupling problems. Experimental results demonstrate the effectiveness of the proposed method.