Titlebook: Advances in Rotor Dynamics, Control, and Structural Health Monitoring; Select Proceedings o Subashisa Dutta,Esin Inan,Santosha Kumar Dwived

发微光

978-981-15-5695-1Springer Nature Singapore Pte Ltd. 2020

傻瓜

接合

2195-4356 . This book will be useful for beginners, researchers and professionals interested in the field of vibration control, structural health monitoring and rotor dynamics. .978-981-15-5695-1978-981-15-5693-7Series ISSN 2195-4356 Series E-ISSN 2195-4364

束缚

Advances in Rotor Dynamics, Control, and Structural Health MonitoringSelect Proceedings o

interlude

Estimation of Inertial Parameters of a Rigid Rotor Having Dynamic Unbalance on Active Magnetic Bearineric in nature, the procedure may be used to identify the inertial properties in actual situation without stopping the rotor. Thus, AMBs may be utilized to identify inertial properties and for smart balancing.

人类的发源

含沙射影

Sommerfeld Effect Characterization in Anisotropic Non-ideal Rotor Systemer equipment. Thus, smooth passage through resonance during coast up and coast down in rotor dynamic systems requires prior knowledge of its Sommerfeld effect and drive-rotor interaction, based on which, appropriate speed regulation controllers can be developed. In this paper, the characterization o

Hectic

A Study on Multicomponent Failure Interactions Within a Planetary Gearbox of a Wind Turbineconducted in a scaled-down model of a wind turbine planetary gearbox subjected to stationary loading. A uniaxial piezoelectric accelerometer was used to acquire vibration data which was then processed with an algorithm after the features were extracted using statistical feature extraction. The power

HALL

Active Control of Internal Damping Instabilities in a Cracked Rotor with Magnetic Bearinghing crack model, unbalance force, and active MB force. The chosen crack model gives multiple harmonics not only in the forward whirl but also in the backward whirl. The active MB system, which is used here as a controller and not for supporting the rotor static load, utilizes PID control law, which

Lumbar-Stenosis

Crack Detection in an Overhung Rotor System Using External Harmonic Excitationarmonics measured for crack and healthy rotor system. The lateral response has more amplitude peaks at excitation frequency and its harmonic for cracked rotor when excited with frequency equal to the first natural frequency and its subharmonic. The peaks are more prominent for subharmonic of first n