Title
Modeling And Simulation Of Twin-Tube Hydraulic Shock Absorber Thermodynamic Characteristics And Sensitivity Analysis Of Its Influencing Factors
Abstract
In order to find out the sensitivity of the thermophysical and structural parameters to the thermodynamic characteristics of twin-tube hydraulic shock absorbers, based on the bench test, a method for calculating the time-varying rate of the external work on the shock absorber oil is proposed. And then, a thermodynamic model of the twin-tube hydraulic shock absorber is established by using the basic thermodynamic principles. By analyzing the influence of each parameter on the thermodynamic characteristics of the shock absorber, it can be seen that, the radius of the working cylinder outer wall has the greatest influence on the temperature rise of the shock absorber, followed by the thermal conductivity of the oil, the height of the oil, the heat transfer length of the cylinder barrel, the radius of the oil storage cylinder outer wall, the emissivity of the oil storage cylinder outer wall, the height of the nitrogen, the thermal conductivity of the nitrogen, the specific heat capacity of the oil, the density of the oil, the thermal conductivity of the cylinder, and the mass of the working oil. The kinematic viscosity of the oil has the least influence on the temperature rise of the shock absorber. The research can provide an effective theoretical guidance and reference for the design of the twin-tube hydraulic shock absorber.
Year
DOI
Venue
2020
10.1142/S1793962320500129
INTERNATIONAL JOURNAL OF MODELING SIMULATION AND SCIENTIFIC COMPUTING
Keywords
DocType
Volume
Twin-tube hydraulic shock absorber, thermodynamic model, thermodynamic characteristics, influencing factors, sensitivity analysis, modeling and simulation
Journal
11
Issue
ISSN
Citations 
2
1793-9623
0
PageRank 
References 
Authors
0.34
0
4
Name
Order
Citations
PageRank
Yuewei Yu102.03
Leilei Zhao203.04
Changcheng Zhou315.12
Lin Yang400.34