Numerical Analysis of Concave-Slab Type Water Lubricated Rubber Alloy Bearings’ Lubrication

Jia Xu Wang; Yan Feng Han; Guang Wu Zhou; Ke Xiao; Yi Qin; Song Wu

doi:10.4028/www.scientific.net/AMM.86.805

Paper Titles

Life Estimation of Tilt-Rotor Transmission Based on Dynamic Analysis
p.788

Fluid Dynamic Analysis and Experimental Study on Wet Friction Clutch
p.792

Study on Visualization of Planetary Gear Based on Topological Theory
p.797

Strategy Study on Comfort Optimization of Metro Train Traction
p.801

Numerical Analysis of Concave-Slab Type Water Lubricated Rubber Alloy Bearings’ Lubrication
p.805

The Analysis of Gear Contact under Cyclical Load
p.809

Initial Behavior of Speed Increasing Helical Gears by Torque Fluctuation
p.813

Static Simulation Analysis of Torsion Characteristics of Highly Flexible Coupling
p.817

Using Lubricating Oil Filter Debris Analysis to Monitor Abnormal Wear of Aero-Engine
p.821

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 86Numerical Analysis of Concave-Slab Type Water...

Numerical Analysis of Concave-Slab Type Water Lubricated Rubber Alloy Bearings’ Lubrication

Abstract:

By using ADINA’s fluid-structure interactions solver, 2-D numerical simulation for the lubrication performance of Concave-slab type water lubricated rubber alloy bearing was carried out under low rotating speed conditions. Then the pressure distribution, line load of the water lubricating film and the elastic deformation of slat-rubber lining were all obtained through the simulation.