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The first three orders of the vibration modes of the two models: ( a ) firs...
Published Online: February 14, 2025
Fig. 5 The first three orders of the vibration modes of the two models: ( a ) first order of ansys workbench , ( b ) first order of lumped parameter model, ( c ) second order of ansys workbench model, ( d ) second order of lumped parameter model, ( e ) third order of ansys workbench model, an... More about this image found in The first three orders of the vibration modes of the two models: ( a ) firs...
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The rotor-bearing system response plots: ( a )  X -direction waterfall plot...
Published Online: February 14, 2025
Fig. 6 The rotor-bearing system response plots: ( a ) X -direction waterfall plot at turbine end, ( b ) Y -direction waterfall plot at turbine end, ( c ) eccentricity of FRB1, ( d ) eccentricity of FRB2, ( e ) displacement at compressor end, and ( f ) displacement at turbine end More about this image found in The rotor-bearing system response plots: ( a ) X -direction waterfall plot...
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The rotor-bearing system response plots with reduced outer oil film clearan...
Published Online: February 14, 2025
Fig. 7 The rotor-bearing system response plots with reduced outer oil film clearance: ( a ) C out = 29 µ m, ( b ) C out = 28 µ m, ( c ) C out = 27 µ m, ( d ) C out = 26 µ m, ( e ) eccentricity of FRB1 at C out = 29 µ m, ( f ) eccentricity of FRB2 at C out = 29 µ m, ( g ) di... More about this image found in The rotor-bearing system response plots with reduced outer oil film clearan...
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The rotor-bearing system response with continued reduction of outer oil fil...
Published Online: February 14, 2025
Fig. 8 The rotor-bearing system response with continued reduction of outer oil film clearance: ( a ) C out = 24 µ m, ( b ) C out = 23 µ m, ( c ) C out = 22 µ m, ( d ) C out = 21 µ m, ( e ) eccentricity of FRB1 at C out = 24 µ m, ( f ) eccentricity of FRB2 at C out = 24 µ m,... More about this image found in The rotor-bearing system response with continued reduction of outer oil fil...
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The waterfall plots with continued increase in inner oil film clearance: ( ...
Published Online: February 14, 2025
Fig. 10 The waterfall plots with continued increase in inner oil film clearance: ( a ) C in = 31 µ m, ( b ) C in = 32 µ m, ( c ) C in = 33 µ m, and ( d ) C in = 34 µ m More about this image found in The waterfall plots with continued increase in inner oil film clearance: ( ...
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The waterfall plots with reduced oil viscosity: ( a )  μ  = 5.4 × 10 −3  Pa...
Published Online: February 14, 2025
Fig. 11 The waterfall plots with reduced oil viscosity: ( a ) μ = 5.4 × 10 −3 Pa·s, ( b ) μ = 4.4 × 10 −3 Pa·s, ( c ) μ = 3.4 × 10 −3 Pa·s, and ( d ) μ = 2.4 × 10 −3 Pa·s More about this image found in The waterfall plots with reduced oil viscosity: ( a ) μ = 5.4 × 10 −3 Pa...
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The structural diagrams of damping amplifier friction bearing, compound dam...
Published Online: February 14, 2025
Fig. 2 The structural diagrams of damping amplifier friction bearing, compound damping amplifier friction bearing, nested damping amplifier friction bearing, and levered damping amplifier friction bearing More about this image found in The structural diagrams of damping amplifier friction bearing, compound dam...
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The variations of the optimal frequency ratio of the isolators versus isola...
Published Online: February 14, 2025
Fig. 3 The variations of the optimal frequency ratio of the isolators versus isolator mass ratio after considering ( a ) ξ s ≠ 0 , ξ s = 0.05 and ( b ) ξ s = 0 More about this image found in The variations of the optimal frequency ratio of the isolators versus isola...