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This paper studies the static and dynamic characteristics of tilting-pad journal bearings (TPJBs) with the load directions different from either of the two typical load directions of LOP (Load On Pad) and LBP (Load Between Pads). Theoretical results show that the effects of the load direction on the static and dynamic characteristics are found in the range of low Sommerfeld number S and increase with the decrease of S. The cross-coupling terms of spring and damping coefficients are no longer zero if the load direction is different from LOP and LBP, but the cross-coupling spring coefficients are equal, which indicates that the non-zero cross-coupling terms of the spring coefficients do not cause the self-excited vibration.

Effects of Load Direction on the Static and Dynamic Characteristics of Tilting-Pad Journal Bearings