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

一條卷發(fā)

Giulia Datola,Marta Bottero,Elena De Angelissign masses at the rotational degrees of freedom. An iterative technique has been proposed to obtain the full mode shape matrix, including rotational components, from the available response data at the translational degrees of freedom. Different damage scenarios have been considered and the extent o

ironic

Cláudia Santos,Isabel Pereira,Manuel Scottoial for the proper design of structures for dynamic environment. In the present investigation, a typical panel structure instrumented with microphones and accelerometers are mounted near to a scaled down solid rocket motor supersonic jet exhaust. The plate is analyzed for its modes and frequency res

Injunction

Estimation of Inertial Parameters of a Rigid Rotor Having Dynamic Unbalance on Active Magnetic Bearithe axis of rotation and the centre of mass is offset from the spin axis. A set of linear differential equations having time-varying coefficients express the dynamic behaviour. This paper assumes the rotor suspended on at least two Active Magnetic Bearings (AMBs) with known properties. Offset of cen

brother

DAMP

Some Numerical Studies on Coupled Turbine–Generator Rotor System Modelsparameters of individual rotor systems and coupling affect the overall response. Since there is also bound to be inherent misalignment at the coupling location, along with residual unbalance in the system, the rotor response contains harmonics corresponding to both unbalance and misalignment. A coup

某人

Sommerfeld Effect Characterization in Anisotropic Non-ideal Rotor System power. Moreover, the drive dynamics is also influenced by the dynamics of the driven systems. Dynamic analysis of rotor and drive coupling is a very complex task. Increase in input power of drive at resonance region may lead to increase in the transverse vibrations without increasing the rotor spin

resilience

Investigation of Vibration Characteristics of Ball Bearing Defects Using Dimensional Analysisotating machines due to the unbalance in the rotating parts are studied. In this context, the mathematical model of rotor-bearing system for unbalance condition is developed using dimensional analysis. In order to diagnose the vibration characteristics of unbalanced rotor-bearing system, the experim

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abject

善辯

Impact of Unsteady Aerodynamic Loads on a Large-Scale Horizontal Axis Wind Turbine Rotor in Axial Motor is applied, therefore, the attached flow on a 2-D airfoil and the aerodynamic critical damping of the large-scale horizontal axis wind turbine (LS-HAWT) blade structure are considered. The blade element momentum (BEM) theory is developed to estimate the aerodynamic forces acting on the blade. Fr