توضیحاتی در مورد کتاب 12th International Conference on Vibrations in Rotating Machinery
نام کتاب : 12th International Conference on Vibrations in Rotating Machinery
عنوان ترجمه شده به فارسی : دوازدهمین کنفرانس بین المللی ارتعاشات در ماشین های دوار
سری :
نویسندگان : Institute of Mechanical Engineers
ناشر : CRC Press
سال نشر : 2020
تعداد صفحات : 655
ISBN (شابک) : 9781000318494 , 1000318516
زبان کتاب : English
فرمت کتاب : pdf
حجم کتاب : 47 مگابایت
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فهرست مطالب :
Cover
Half Title
Title Page
Copyright Page
Table of Contents
Organising Committee
Identification of misaligned additive
forces and moments of coupling
in turbo-generator system integrated
with an active magnetic bearing
On the analysis of a rotor system subjected
to rub using a continuous model
Optimization of rotating machinery by
BESO method
Influence of thrust bearings in lateral
vibrations of turbochargers under axial
harmonic excitation
Cylindrical roller bearing under
elastohydrodynamic lubrication with
localized defects modeling
Analytical study of rotordynamic
behaviour and rolling element bearing
transient response in a high-speed race
transmission
Nonlinear analysis of hydrodynamic forces
for multi-lobe bearings
Some further reflections on misalignment
Attenuating influence of time-delay on
stability of rotors supported on active
magnetic bearings
Calculation procedure to derive the
threshold of vibration stability of soft
mounted induction motors with elastic
rotors and sleeve bearings fixed on active
motor foot mounts for arbitrary controller
structures
Experimental investigation on the static
and dynamic characteristics of partially
textured journal bearings
Rotating machines featuring new rotor
topology and internal actuation for
vibration mitigation
Effects of unbalance and AMB
misalignment in a rigid rotor with an offset
disc levitated by active magnetic bearings:
A numerical investigation
Modal parameters evaluation of a rolling
bearing rotor using operational modal
analysis
Rotor-angular contact ball bearing system
study using EHD lubrication and
comparison with experimental tests
Effect of journal bearing preload caused by
bearing-housing interference fit on
nonlinear vibration of a flexible rotor
supported by a journal bearing
Validation of the stochastic response of
a rotor with uncertainties in the AMBs
Active chatter suppression in robotic
milling using H∞ control
Fast estimation of classical flutter stability
of turbine blade by reduced CFD modelling
Suppression and control of torsional
vibrations of the turbo-generator
shaft-lines using rotary
magneto-rheological dampers
Coupling between axial, lateral and
torsional vibration modes of a flexible
shaft with flexible staggered blades
Integration of parameter sensitivity to
structural optimization of helicopter rotors
for minimum vibration
A parametric study into the effect of
variability in clearance shape and bump
foil stiffness distribution in foil-air
bearings
Uncertainties in the calibration process of
blade tip timing data against finite element
model predictions
Parametric coupled instabilities of an
on-board rotor subject to yaw and pitch
with arbitrary frequencies
On the foundation dynamics and the active
control of flexible rotors via active
magnetic bearings
Vibration behaviour of a 11 kW two-pole
induction motor mounted on elastic steel
frame foundation with actuator system
Hybrid crankshaft control: Reduction of
torsional vibrations and rotational
irregularities under non-stationary
operation
Improved reduction methodology for
rotor-dynamic systems using Modified
SEREP
Effect of L/D ratio and clearance of 3-lobe
taper land bearing on stability of flexible
rotor system
Data combination for a consolidated
diagnosis of rotor and bearing faults
Asynchronous rotor excitation system
(ARES) – A new rotor dynamic test facility
at Imperial College London
Experimental investigation of non-linear
stiffness behaviour of a rolling-element
bearing
An optimal frequency band selection for
bearing fault diagnosis based on squared
envelope analysis
Improving the thrust bearing performance
of turbocharger rotors using optimization
methods and virtual prototypes
Characteristics of a high speed thin film
fluid lubricated bearing
Simulation model to investigate effect of
support stiffness on dynamic behaviour of
a large rotor
Identification of frame dynamics of
vertically oriented high-speed steam
generator using model update procedure
for reduced-order model
Comparison of different time integration
schemes and application to a rotor system
with magnetic bearings in MATLAB
Vibration monitoring of a large rotor
utilizing internet of things based on-shaft
MEMS accelerometer with inverse encoder
Mechanical design of rotor-bearing system
in a high-speed 20 kW range extender for
battery electric vehicles
Computational rotordynamics considering
shrink fits
Analysis of the cavitation characteristics of
elastic ring squeeze film damper
Experimental research on vibration
reduction of turbine blades with
underplatform dampers under rotating
state
Rotor dynamics analysis of different
bearing system configurations for a 30 kW
high-speed turbocompressor
Digital twin of induction motors for
torsional vibration analysis of electrical
drive trains
A reduced semi-analytical gas foil bearing
model for transient run-up simulations
Stable turbocharger bearings
AMrotor - A MATLAB® toolbox for the
simulation of rotating machinery
A review of important nonlinear
phenomena in rotor vibration
An experimental assessment of torsional
and package vibration in an industrial
engine-compressor system
Author Index