Therefore, the Coriolis effects should be paid more attention for the practical designs and applications of rotating hydro-viscous parallel-disk systems with imposed throughflow.
The experimental and numerical results demonstrate the predictive capabilities of the model around the onset of impacts between the rotor and the snubber ring, which is one of the most common unwanted phenomena encountered in industrial applications of rotating machinery.
In many engineering and industrial applications the investigation of rotating turbulent flow is of great interest.
With the goal of expanding the range of these systems to multinuclear applications, the feasibility of rotating a pair of heteronuclear spins (13C and 1H) at 12 mT was investigated in this study.
The design procedure involves two steps, the application of the rotating rectangular sensor principle on a pair of coils.
In the industrial applications, especially the monitoring of rotating machinery, WSN technology is mature enough to be considered as the most appropriate alternative to traditional wired systems due to a specific constraints related to the art itself.
The proposed method is first explained using simple simulated data, and then is tested for the condition monitoring of rotating machinery applications.
The linearized instantaneous model provides similar results for the rotating blade, indicating its potential application for this scenario, and allowing for the definition of an added damping matrix, applicable for the dynamic analysis of rotating turbine blades.
