润色：虽然数值模拟法能够有效地获得AEA-FSW过程中温度场、等效塑性应变场以及材料流动行为的变化规律但其模拟结果仍需进行实验验证以确保模型的准确性。因此将数值模拟法和异种合金焊接分析法科学地结合起来可有效地比较和验证数值模拟结果和实验结果的差异从而为探明AEA-FSW接头成形机制提供一种更为精准可靠的研究方法。

Revision: While numerical simulation methods can effectively provide the changing rules of temperature field, equivalent plastic strain field, and material flow behavior in the AEA-FSW process, the simulation results still need to be validated by experiments to ensure the accuracy of the model. Therefore, the scientific combination of numerical simulation methods and dissimilar alloy welding analysis methods can effectively compare and verify the differences between numerical simulation results and experimental results, providing a more precise and reliable research method for exploring the forming mechanism of AEA-FSW joints.