The dynamic model of the curved pipes conveying fluid, established by the generalized
Hamiltonian principle, has been widely used to study the vibration properties of pipes with …

Misalignment is a major issue to hampers the satisfactory operation of the journal bearing
system. Perfect alignment of the journal bearing system is rather difficult to achieve due to …

The Reynolds equation, combined with the Elrod algorithm for including the effect of
cavitation, resembles a nonlinear convection–diffusion–reaction (CDR) equation. Its solution …

The deformation velocity caused by viscoelasticity is one of the drives of the Lubrication flow
field and significantly influences the mixed lubrication and wear characteristics of journal …

The numerical effort of rotordynamic simulations with hydrodynamic bearings is often
dominated by the solution of the Reynolds equation. Because of the nonlinear fluid …

In the dynamic analysis of dam–reservoir interactions, the computational efficiency of
coupling system is relatively low. When numerical methods such as the scaled boundary …

The conical bearing can withstand both journal and axial load because of the conical-shape
fluid film, and an investigation concerning the thermodynamic lubrication and stability …

干气密封技术在超临界二氧化碳(supercritical carbon dioxide, S-CO 2) 布雷顿循环涡轮机械中
的应用, 以其卓越的密封性能和稳定性, 为旋转机械的安全运行提供了保障 …

It is a well‐known fact, that hydrodynamically supported systems are prone to nonlinear
vibrations. Their exact simulative prediction with respect to frequency and amplitude is …

A semi‐analytical solution of the Reynolds equation for hydrodynamic bearings in
rotordynamic simulations is investigated, which is based on the Scaled Boundary Finite …