1. Table 1. Operating Conditions
Number of nodes in one element 4
Outer radius bush
0.1 m
Radius of journal
0.05 m
Length of bush
0.08 m
Length to diameter ratio
0.8
Attitude angle
52°
Radial clearance
0.0029
Thermal conductivity of fluid
0.13 W/m °C
Thermal conductivity of bush housing
50 W/m °C
Thermal conductivity of journal
Convective heat transfer coefficient of bush
50 W/m2 °C
Convective heat transfer coefficient of journal
Convective heat transfer coefficient of bush housing from solid to fluid
1500 W/m2 °C
Specific heat of lubricant
2000 J/kg °C
Density of lubricant
860 kg/m3
Viscosity of lubricant at 40°C
N-s/m2
Journal speed
1500, 2000, 3000, 4000 rpm
Reference temperature of lubricant
40 °C
Ambient temperature of lubricant
Supply temperature of lubricant
K. R. Kadam et al. The Influence of Modified Viscosity-Temperature Equation on Thermohydrodynamic Analysis of Plain Journal Bearing. American Journal of Mechanical Engineering, 2014, Vol. 2, No. 6, doi: /ajme-2-6-4
© The Author(s) Published by Science and Education Publishing.