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Journal Articles
Accepted Manuscript
Article Type: Technical Briefs
J. Vib. Acoust.
Paper No: VIB-20-1006
Published Online: April 10, 2021
Journal Articles
Accepted Manuscript
Article Type: Research Papers
J. Vib. Acoust.
Paper No: VIB-20-1492
Published Online: April 10, 2021
Journal Articles
Accepted Manuscript
Article Type: Research Papers
J. Vib. Acoust.
Paper No: VIB-20-1559
Published Online: April 7, 2021
Journal Articles
Accepted Manuscript
Article Type: Research Papers
J. Vib. Acoust.
Paper No: VIB-20-1612
Published Online: April 7, 2021
Image
Representation of the stabilization device placed above the primary system ...
Published Online: April 2, 2021
Fig. 1 Representation of the stabilization device placed above the primary system Representation of the stabilization device placed above the primary system More
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Coordinate systems after successive rotations in      γ     ,      β     , ...
Published Online: April 2, 2021
Fig. 2 Coordinate systems after successive rotations in γ , β , and α Coordinate systems after successive rotations in γ, β, and α More
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Lateral view of the system (      P  i   ¯     Q  i     =   h    ,       G ...
Published Online: April 2, 2021
Fig. 3 Lateral view of the system ( P i ¯ Q i = h , G P ¯ O c = L 1 , and G D ¯ G P = L 2 ) Lateral view of the system (Pi Qi = h, GP Oc = L1, and GD GP = L 2) More
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Three-dimensional configuration for      γ    >   0    ,      β    > ...
Published Online: April 2, 2021
Fig. 4 Three-dimensional configuration for γ > 0 , β > 0 , α > 0, θ z > 0 , θ y > 0 , and θ x > 0 . Middle cross sections are indicated in gray. Representation of angles describing the position of con... More
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Eigenvalue characteristics according to the frequency ratio for ɛ  P   = 0....
Published Online: April 2, 2021
Fig. 5 Eigenvalue characteristics according to the frequency ratio for ɛ P = 0.1 Eigenvalue characteristics according to the frequency ratio for ɛP = 0.1 More
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Physical representations of modes 1 and 2 for ɛ  P   > 0 (“in-phase wobb...
Published Online: April 2, 2021
Fig. 6 Physical representations of modes 1 and 2 for ɛ P > 0 (“in-phase wobbling”): ( a ) mode 1 and ( b ) mode 2 Physical representations of modes 1 and 2 for ɛP > 0 (“in-phase wobbling”): (a) mode 1 and (b) mode 2 More
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Modes 1 and 2—amplitudes and phases according to the frequency ratio   Mode...
Published Online: April 2, 2021
Fig. 7 Modes 1 and 2—amplitudes and phases according to the frequency ratio Modes 1 and 2—amplitudes and phases according to the frequency ratio More
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Modes 3 and 4—amplitudes and phases according to the frequency ratio   Mode...
Published Online: April 2, 2021
Fig. 8 Modes 3 and 4—amplitudes and phases according to the frequency ratio Modes 3 and 4—amplitudes and phases according to the frequency ratio More
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Physical representations of modes 3 and 4 for ɛ  P   > 0 (“out-of-phase ...
Published Online: April 2, 2021
Fig. 9 Physical representations of modes 3 and 4 for ɛ P > 0 (“out-of-phase wobbling”): ( a ) mode 3 and ( b ) mode 4 Physical representations of modes 3 and 4 for ɛP > 0 (“out-of-phase wobbling”): (a) mode 3 and (b) mode 4 More
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MAC [ 64 ] values according to the frequency ratio for**      η    =   1   ...
Published Online: April 2, 2021
Fig. 10 MAC [ 64 ] values according to the frequency ratio for** η = 1 , ξ P = ξ D = 0 , and ρ P = ρ D = 0 MAC [64] values according to the frequency ratio for** η=1, and ρP = ρD = 0 More
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Stability plots for ɛ  P   = 0.1 and      η    =   0.5   ,   1   ,   1.5   ...
Published Online: April 2, 2021
Fig. 11 Stability plots for ɛ P = 0.1 and η = 0.5 , 1 , 1.5 , and 2 . Solid gray regions indicate unstable conditions. Stability plots for ɛP = 0.1 and η = 0.5, 1, 1.5, and 2. Solid gray regions indicate unstable conditions. More
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Section of the stability plot from Fig.  11( b )  for  r   I   = 0.3. Gray ...
Published Online: April 2, 2021
Fig. 12 Section of the stability plot from Fig. 11( b ) for r I = 0.3. Gray regions indicate unstable conditions. Section of the stability plot from Fig. 11(b) for rI = 0.3. Gray regions indicate unstable conditions. More
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Eigenvalue characteristics and stability according to the frequency ratio f...
Published Online: April 2, 2021
Fig. 13 Eigenvalue characteristics and stability according to the frequency ratio for ɛ P = 0.1, r I = 0.3, ξ D = 0.2 , and η = 1 Eigenvalue characteristics and stability according to the frequency ratio for ɛP = 0.1, rI = 0.3, ξ D = 0.2, and η = 1 More
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Eigenvalue characteristics and stability according to the frequency ratio f...
Published Online: April 2, 2021
Fig. 14 Eigenvalue characteristics and stability according to the frequency ratio for ɛ P = 0.1, r I = 0.3, ξ D = 1 , and η = 1 Eigenvalue characteristics and stability according to the frequency ratio for ɛP = 0.1, rI = 0.3, ξ D = 1, and η = 1 More
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Eigenvalue characteristics and stability according to the frequency ratio f...
Published Online: April 2, 2021
Fig. 15 Eigenvalue characteristics and stability according to the frequency ratio for ɛ P = 0.1, r I = 0.3, ξ D = 1.5 , and η = 1 Eigenvalue characteristics and stability according to the frequency ratio for ɛP = 0.1, rI = 0.3, ξD=1.5, and η=1 More
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Eigenvalue characteristics and stability according to the frequency ratio f...
Published Online: April 2, 2021
Fig. 16 Eigenvalue characteristics and stability according to the frequency ratio for ɛ P = 0.1, r I = 0.3, ξ D = 1 , and η = 2 Eigenvalue characteristics and stability according to the frequency ratio for ɛP = 0.1, rI = 0.3, ξD=1, and η=2 More