Abstract
The pressure on bearing’s surface in the dislocated single floating ring bearing with different radius of floating ring (Rf) and velocity of floating ring (Uf) were simulated by boundary element method (BEM). The numerical results indicate that the pressure on bearing increases with the increases of Ufwhen displacement of bearing (DR) is fixed. The pressure on bearing increases with the increases of Rfwhen DR is fixed. The pressure on bearing increases with the increases of DR when Rfis fixed.
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