Nonlinear vibration analysis of axially moving strings based on gyroscopic modes decoupling

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Mathematics

100
Nonlinear Mathematics
66
Ordinary Differenti... Mathematics
66
Continuum Mathematics
33
Term Mathematics
33
Systems Analysis Mathematics
33
Dynamic Analysis Mathematics
33
Invariant Manifold Mathematics
33
Method Of Multiple ... Mathematics

Keyphrases

100
Nonlinear Vibration... Keyphrases
100
Axially Moving Stri... Keyphrases
100
Gyroscopic Keyphrases
100
Mode Decoupling Keyphrases
60
Discretized Keyphrases
60
Decoupled System Keyphrases
40
Ordinary Differenti... Keyphrases
40
Multiple-scale Anal... Keyphrases
20
Analytical Results Keyphrases
20
System Analysis Keyphrases
20
Modal Keyphrases
20
Gyroscopic Coupling Keyphrases
20
Mode Function Keyphrases
20
Coupled System Keyphrases
20
Multiscale Method Keyphrases
20
Novel Procedure Keyphrases
20
Nonlinear Dynamic A... Keyphrases
20
Nonlinear Coupling ... Keyphrases
20
Moving String Keyphrases
20
Invariant Manifold ... Keyphrases
20
Proposed Methodolog... Keyphrases

INIS

100
nonlinear problems INIS
100
decoupling INIS
66
yields INIS
66
differential equati... INIS
33
dynamics INIS
33
comparative evaluat... INIS
33
solutions INIS
33
coupling INIS
33
equations INIS
33
systems analysis INIS

Engineering

100
Vibration Analysis Engineering
100
Nonlinear Vibration Engineering
100
Multiple Scale Engineering
100
Decoupled System Engineering
66
Scale Analysis Engineering
33
Non-Linear Dynamic Engineering
33
Analytical Result Engineering
33
Systems Analysis Engineering
33
Coupled System Engineering
Research OutputsResearch Output authored by Nonlinear vibration analysis of axially moving strings based on gyroscopic modes decoupling is tagged with the concept