To further reveal the viscoelastic property of asphalt mastic,the static shear creep test was conducted through dynamic shear rheometer(DSR) and the effect of temperature on the viscoelastic property of asphalt mastic was studied with Burgers model as mathematical description of viscoelastic behavior.The research results indicate:(1)The four parameters of Burgers model assume negative exponent degression with the raise of temperature.(2)The creep compliance of asphalt mastic assumes positive exponent increase with the raise of temperature.(3)The instantaneous elasticity of asphalt mastic decreases with the raise of temperature;the viscous fluidity increases with the raise of temperature;the delayed elasticity increases initially and decreases later with the raise of temperature during the prophase of creep;during the metaphase and anaphase of creep,the delayed elasticity decreases with the raise of temperature.(4)The ratio of viscosity to elasticity of asphalt mastic assumes positive exponent increase with the raise of temperature.In the high temperature region,viscosity is far greater than elasticity and asphalt mastic appears to be viscous.