Temperature Characteristics of the Valve-controlled Shock Absorber

To study the temperature rise characteristics of the valve-controlled shock absorber, the heat generation and heat dissipation model of the shock absorber is established based on the theory of hydrodynamics and thermodynamics, and the corresponding thermal balance equation is analyzed from the perspective of heat generation and heat dissipation. The impact of vibration velocity, outer diameter, thickness and length of reservoir cylinder, and wind velocity on its temperature rise characteristics have been investigated. Finally, it is found that temperature after thermal balance will decline with the increase of outer diameter, length of reservoir cylinder and wind velocity and grow with the increase of vibration velocity and thickness of reservoir cylinder.