为了从理论上分析和验证振动力场引入到注塑成型过程中对注塑成型过程能量消耗的影响,在传统三大方程的基础上借助M axwell和改进的Tanner本构方程对注塑机成型过程中的能量消耗进行了理论推导。在此基础上通过实验验证了该数学模型的正确性和可靠性。结果表明:计算结果与实验结果能够很好地吻合,振动强度越大,吻合程度越高。随着振动强度的增加,注塑成型过程中的能量消耗迅速下降。 In order to theoretically analyze and verify the influence of vibration force field on the energy consumption of injection molding process, based on the three traditional equations, M axwell and modified Tanner constitutive equation The energy consumption has been theoretically deduced. On this basis, the correctness and reliability of the mathematical model are verified through experiments. The results show that the calculated results agree well with the experimental results, and the greater the vibration intensity, the higher the degree of anastomosis. As the vibration intensity increases, the energy consumption in the injection molding process decreases rapidly.