首先在 Kelvin- Voigt本构模型基础上 ,修正了振动频率对粘弹性材料剪切模量、损失模量的影响函数 ;其次 ,将环境温度和剪切应变对上述模量的影响统一归结为振动频率的转化系数 ;最后 ,由热力学第一定律导出了粘弹性耗能器疲劳温升模型 Firstly, based on the Kelvin-Voigt constitutive model, the influence of vibration frequency on the shear modulus and loss modulus of viscoelastic material is modified. Secondly, the influence of ambient temperature and shear strain on the above modulus is summed up as vibration Frequency conversion coefficient; Finally, the first law of thermodynamics derived viscoelastic energy dissipater fatigue temperature rise model