A computational scheme is presented to evaluate the dynamic stiffness and damping coefficients of the aerodynamic tilting-pad journal bearings by combining the partial derivative method with the equivalent coefficient method.

Rotor bearing system is the heart of large-scale rotating machinery, as a major way to support, the dynamic problem of tilting pad journal bearing (TPJB) growing concern by the people.

As the major way to support the main structure, the dynamic character of tilting pad journal bearing (TPJB) are being more and more concerned today.

The calculating method and its solution on tilting-pad bearing are discussed,and the program is designed.

In the process of overhauling a power plant,after anatomizing some existent faults of tilting-pad bearings,the methods to deal with the faults are put forward to ensure the stable operation of steam turbine.

Abnormal vibration was occurred in tilting pad journal bearing of Banshan No.

The elastic and thermal deformations of tilting pad journal bearings subjected to various pressures and temperatures are calculated rapidly using a twenty node finite element method.

The finite element method and finite difference method are employed to establish the model for considering the three dimensional elastic deformations of pad and thermal effects in a tilting pad journal bearing.