Linear and nonlinear rotordynamics: a modern treatment with applications
Gespeichert in:
| Hauptverfasser: | , |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York [u.a.]
Wiley
2001
|
| Schriftenreihe: | Wiley series in nonlinear science
A Wiley-Interscience publication |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XIX, 325 S. graph. Darst. |
| ISBN: | 0471181757 |
Internformat
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Datensatz im Suchindex
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|---|---|
| adam_text | LINEAR AND NONLINEAR ROTORDYNAMICS A MODERN TREATMENT WITH APPLICATIONS
TOSHIO YAMAMOTO YUKIO ISHIDA A WLLEY-LNTERSCIENCE PUBLICATION JOHN WILEY
& SONS, INC. NEW YORK / CHICHESTER / WEINHEIM / BRISBANE / SINGAPORE /
TORONTO CONTENTS FOREWORD XV PREFACE XVII 1 INTRODUCTION 1 1.1
CLASSIFICATION OF ROTOR SYSTEMS 1 1.2 HISTORICAL PERSPECTIVE 2 2
VIBRATIONS OF MASSLESS SHAFTS WITH RIGID DISKS 6 2.1 GENERAL
CONSIDERATIONS 6 2.2 ROTOR UNBALANCE 7 2.3 LATERAL VIBRATIONS OF AN
ELASTIC SHAFT WITH A DISK AT ITS CENTER 8 2.3.1 EQUATIONS OF MOTION AND
FORCED VIBRATIONS 8 2.3.2 FREE VIBRATIONS OF AN UNDAMPED SYSTEM AND
WHIRLING MODES 12 2.4 INCLINATION VIBRATIONS OF AN ELASTIC SHAFT WITH A
DISK AT ITS CENTER 14 2.4.1 EQUATIONS OF MOTION 14 2.4.2 FREE VIBRATIONS
AND GYROSCOPIC MOMENTS 17 2.4.3 FORCED VIBRATIONS 19 2.5 VIBRATIONS OF A
4D0F SYSTEM WHERE A DEFLECTION MOTION AND AN INCLINATION MOTION COUPLE
WITH EACH OTHER 21 2.5.1 EQUATIONS OF MOTION 21 VII VIII CONTENTS 2.5.2
FREE VIBRATIONS AND A NATURAL FREQUENCY DIAGRAM 29 2.5.3 FORCED
VIBRATIONS 31 2.6 VIBRATIONS OF A RIGID ROTOR 31 2.6.1 EQUATIONS OF
MOTION 31 2.6.2 FREE VIBRATIONS AND WHIRLING MODES 33 2.7 BALANCING OF A
RIGID ROTOR 34 2.7.1 PRINCIPLES OF BALANCING 34 2.7.2 VARIOUS
EXPRESSIONS OF UNBALANCE 36 2.8 APPROXIMATE FORMULAS FOR CRITICAL SPEEDS
OF A SHAFT WITH SEVERAL DISKS 41 2.8.1 RAYLEIGH S METHOD 41 2.8.2
DUNKERLEY S FORMULA 42 2.9 SUPPRESSION OF VIBRATIONS BY DAMPERS 43 3
VIBRATIONS OF A CONTINUOUS ROTOR 45 3.1 GENERAL CONSIDERATIONS 45 3.2
EQUATIONS OF MOTION 46 3.3 FREE VIBRATIONS AND CRITICAL SPEEDS 51 3.3.1
ANALYSIS CONSIDERING ONLY TRANSVERSE MOTION 52 3.3.2 ANALYSIS
CONSIDERING THE GYROSCOPIC MOMENT AND ROTARY INERTIA F 54 3.3.3 MAJOR
CRITICAL SPEEDS J 56 3.4 FORCED VIBRATIONS 56 3.5 BALANCING OF A
FLEXIBLE ROTOR 60 3.5.1 MODAL BALANCING METHOD 61 3.5.2 INFLUENCE
COEFFICIENT METHOD 65 4 VIBRATIONS OF AN ASYMMETRICAL SHAFT AND AN
ASYMMETRICAL ROTOR 67 4.1 GENERAL CONSIDERATIONS 67 4.2 ASYMMETRICAL
SHAFT WITH A DISK AT MIDSPAN 68 4.2.1 EQUATIONS OF MOTION 68 4.2.2 FREE
VIBRATIONS AND A NATURAL FREQUENCY DIAGRAM 70 4.2.3 FORCED VIBRATIONS IN
THE VICINITY OF THE MAJOR CRITICAL SPEED 75 CONTENTS IX 4.3 SYMMETRICAL
SHAFT WITH AN ASYMMETRICAL ROTOR 77 4.3.1 EQUATIONS OF MOTION 78 4.3.2
FREE VIBRATIONS AND A NATURAL FREQUENCY DIAGRAM 83 4.3.3 FORCED
VIBRATIONS AT THE MAJOR CRITICAL SPEED 85 4.4 DOUBLE-FREQUENCY
VIBRATIONS OF AN ASYMMETRICAL HORIZONTAL SHAFT 85 NONLINEAR VIBRATIONS
88 5.1 GENERAL CONSIDERATIONS 88 5.2 CAUSES AND EXPRESSIONS OF NONLINEAR
SPRING CHARACTERISTICS: WEAK NONLINEARITY 89 5.3 EXPRESSIONS OF
EQUATIONS OF MOTION USING PHYSICAL AND NORMAL COORDINATES 94 5.4 VARIOUS
TYPES OF NONLINEAR RESONANCES 96 5.4.1 HARMONIC RESONANCE 97 5.4.2
SUBHARMONIC RESONANCE OF ORDER 1/2 OF A FORWARD WHIRLING MODE 104 5.4.3
SUBHARMONIC RESONANCE OF ORDER 1 /3 OF A FORWARD WHIRLING MODE 106 5.4.4
COMBINATION RESONANCE 108 5.4.5 SUMMARY OF NONLINEAR RESONANCES 110 5.5
NONLINEAR RESONANCES IN A SYSTEM WITH RADIAL CLEARANCE: STRONG
NONLINEARITY 114 .IF 5.5.1 EQUATIONS OF MOTION 116 5.5.2 HARMONIC
RESONANCE AND SUBHARMONIC RESONANCES 117 5.5.3 CHAOTIC VIBRATIONS 119
5.6 NONLINEAR RESONANCES OF A CONTINUOUS ROTOR 120 5.6.1 REPRESENTATIONS
OF NONLINEAR SPRING CHARACTERISTICS AND EQUATIONS OF MOTION 121 5.6.2
TRANSFORMATION TO ORDINARY DIFFERENTIAL EQUATIONS 124 5.6.3 HARMONIC
RESONANCE 125 5.6.4 SUMMARY OF NONLINEAR RESONANCES 126 5.7 INTERNAL
RESONANCE PHENOMENON 127 5.7.1 EXAMPLES OF THE INTERNAL RESONANCE
PHENOMENON IN ROTOR SYSTEMS 127 5.7.2 SUBHARMONIC RESONANCE OF ORDER 1/2
128 X CONTENTS 5.7.3 CHAOTIC VIBRATIONS IN THE VICINITY OF THE MAJOR
CRITICAL SPEED 131 5.8 VIBRATIONS OF A CRACKED ROTOR 132 5.8.1 SPRING
CHARACTERISTICS 134 5.8.2 VARIOUS TYPES OF RESONANCES DUE TO A CRACK 136
5.8.3 HARMONIC RESONANCE 136 6 SELF-EXCITED VIBRATIONS DUE TO INTERNAL
DAMPING 140 6.1 GENERAL CONSIDERATIONS 140 6.2 FRICTION IN ROTOR SYSTEMS
AND ITS REPRESENTATIONS 141 6.2.1 EXTERNAL DAMPING 141 6.2.2 HYSTERETIC
INTERNAL DAMPING 141 6.2.3 STRUCTURAL INTERNAL DAMPING 147 6.3
SELF-EXCITED VIBRATIONS DUE TO HYSTERETIC DAMPING 148 6.3.1 SYSTEM WITH
LINEAR INTERNAL DAMPING FORCE 149 6.3.2 SYSTEM WITH NONLINEAR INTERNAL
DAMPING FORCE 151 6.4 SELF-EXCITED VIBRATIONS DUE TO STRUCTURAL DAMPING
153 7 NONSTATIONARY VIBRATIONS DURING PASSAGE THROUGH CRITICAL SPEEDS Y
157 7.1 GENERAL CONSIDERATIONS 157 7.2 EQUATIONS OF MOTION FOR LATERAL
MOTION 158 7.3 TRANSITION WITH CONSTANT ACCELERATION 160 7.4 TRANSITION
WITH LIMITED DRIVING TORQUE 164 7.4.1 CHARACTERISTICS OF POWER SOURCES
164 7.4.2 STEADY-STATE VIBRATION 165 7.4.3 STABILITY ANALYSIS 167 7.4.4
NONSTATIONARY VIBRATION 169 7.5 ANALYSIS BY THE ASYMPTOTIC METHOD
(NONLINEAR SYSTEM, CONSTANT ACCELERATION) 171 7.5.1 EQUATIONS OF MOTION
AND THEIR TRANSFORMATION TO A NORMAL COORDINATE EXPRESSION 171 7.5.2
STEADY-STATE SOLUTION 174 7.5.3 NONSTATIONARY VIBRATION 176 CONTENTS XI
8 VIBRATIONS DUE TO MECHANICAL ELEMENTS 180 .8.1 GENERAL CONSIDERATIONS
180 8.2 BALL BEARINGS 180 8.2.1 MANUFACTURING ERRORS IN ROLLING ELEMENTS
182 8.2.2 PASSAGE OF BALLS 185 8.3 BEARING PEDESTALS WITH DIRECTIONAL
DIFFERENCE IN STIFFNESS 187 8.4 UNIVERSAL JOINT 189 8.5 SELF-EXCITED
VIBRATIONS DUE TO CONTACT 192 8.5.1 DRY FRICTION 192 8.5.2 COLLISION 193
9 FLOW-INDUCED VIBRATIONS 196 9.1 GENERAL CONSIDERATIONS 196 9.2 OIL
WHIP AND OIL WHIRL 197 9.2.1 JOURNAL BEARINGS AND SELF-EXCITED
VIBRATIONS 197 9.2.2 REYNOLDS EQUATION 200 9.2.3 OIL-FILM FORCE 202
9.2.4 STABILITY ANALYSIS OF AN ELASTIC ROTOR 205 9.2.5 OIL-WHIP
PREVENTION 208 9.3 SEALS 210 9.3.1 /PLAIN ANNULAR SEAL 210 9.3F2
LABYRINTH SEAL 213 9.4 TIP-CLEARANCE EXCITATION 214 9.5 HOLLOW ROTOR
PARTIALLY FILLED WITH LIQUID 215 9.5.1 EQUATIONS GOVERNING FLUID MOTION
AND FLUID FORCE 216 9.5.2 ASYNCHRONOUS SELF-EXCITED WHIRLING MOTION 219
9.5.3 RESONANCE CURVES AT THE MAJOR CRITICAL SPEED (SYNCHRONOUS
OSCILLATION) 220 10 FINITE ELEMENT METHOD 224 10.1 GENERAL
CONSIDERATIONS 224 10.2 FUNDAMENTAL PROCEDURE OF THE FINITE ELEMENT
METHOD 224 10.3 DISCRETIZATION OF A ROTOR SYSTEM 226 10.3.1 ROTOR MODEL
AND COORDINATE SYSTEMS 226 XII CONTENTS 10.3.2 EQUATIONS OF MOTION OF AN
ELEMENT 227 10.3.3 EQUATIONS OF MOTION FOR A COMPLETE SYSTEM 234 10.4
FREE VIBRATIONS: EIGENVALUE PROBLEM 243 10.5 FORCED VIBRATIONS 247 10.6
ALTERNATIVE PROCEDURE 248 11 TRANSFER MATRIX METHOD 250 11.1 GENERAL
CONSIDERATIONS 250 11.2 FUNDAMENTAL PROCEDURE OF THE TRANSFER MATRIX
METHOD 250 11.2.1 ANALYSIS OF FREE VIBRATION 251 11.2.2 ANALYSIS OF
FORCED VIBRATION 255 11.3 FREE VIBRATIONS OF A ROTOR 259 11.3.1 STATE
VECTOR AND TRANSFER MATRIX 259 11.3.2 FREQUENCY EQUATION AND THE
VIBRATION MODE 264 11.3.3 EXAMPLES 266 11.4 FORCED VIBRATIONS OF A ROTOR
267 11.4.1 EXTERNAL FORCE AND EXTENDED TRANSFER MATRIX 267 11.4.2
STEADY-STATE SOLUTION 271 11.4.3 EXAMPLE 272 12 MEASUREMENT AND SIGNAL
PROCESSING 273 12.1 GENERAL CONSIDERATIONS * 212 12.2 MEASUREMENT AND
SAMPLING PROBLEM 274 12.2.1 MEASUREMENT SYSTEM AND DIGITAL SIGNAL 274
12.2.2 PROBLEMS IN SIGNAL PROCESSING 275 12.3 FOURIER SERIES 276 12.3.1
REAL FOURIER SERIES 276 12.3.2 COMPLEX FOURIER SERIES 276 12.4 FOURIER
TRANSFORM 277 12.5 DISCRETE FOURIER TRANSFORM 279 12.6 FAST FOURIER
TRANSFORM 283 12.7 LEAKAGE ERROR AND COUNTERMEASURES 284 12.7.1 LEAKAGE
ERROR 284 12.7.2 COUNTERMEASURES FOR LEAKAGE ERROR 284 CONTENTS XIH 12.8
APPLICATIONS OF FFT TO ROTOR VIBRATIONS 286 12.8.1 SPECTRA OF
STEADY-STATE VIBRATION 287 12.8.2 NONSTATIONARY VIBRATION 288 APPENDICES
A MOMENT OF INERTIA AND EQUATIONS OF MOTION 292 B STABILITY ABOVE THE
MAJOR CRITICAL SPEED 295 C DERIVIATION OF EQUATIONS OF MOTION OF A 4DOF
ROTOR SYSTEM BY LAGRANGE S EQUATIONS 298 D ASYMMETRICAL SHAFT AND
ASYMMETRICAL ROTOR WITH FOUR DEGREES OF FREEDOM 301 E TRANSFORMATION OF
EQUATIONS OF MOTION TO NORMAL COORDINATES: 4DOF ROTOR SYSTEM 306 F
ROUTH-HURWITZ CRITERIA FOR COMPLEX EXPRESSION 310 G FFT PROGRAM 312
BIBLIOGRAPHY 315 INDEX // 323
|
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| indexdate | 2024-07-09T18:54:59Z |
| institution | BVB |
| isbn | 0471181757 |
| language | English |
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| spelling | Yamamoto, Toshio Verfasser aut Linear and nonlinear rotordynamics a modern treatment with applications Toshio Yamamoto ; Yukio Ishida New York [u.a.] Wiley 2001 XIX, 325 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Wiley series in nonlinear science A Wiley-Interscience publication Rotors Dynamics Rotordynamik (DE-588)4178546-0 gnd rswk-swf Rotordynamik (DE-588)4178546-0 s DE-604 Ishida, Yukio Verfasser aut HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009547693&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Yamamoto, Toshio Ishida, Yukio Linear and nonlinear rotordynamics a modern treatment with applications Rotors Dynamics Rotordynamik (DE-588)4178546-0 gnd |
| subject_GND | (DE-588)4178546-0 |
| title | Linear and nonlinear rotordynamics a modern treatment with applications |
| title_auth | Linear and nonlinear rotordynamics a modern treatment with applications |
| title_exact_search | Linear and nonlinear rotordynamics a modern treatment with applications |
| title_full | Linear and nonlinear rotordynamics a modern treatment with applications Toshio Yamamoto ; Yukio Ishida |
| title_fullStr | Linear and nonlinear rotordynamics a modern treatment with applications Toshio Yamamoto ; Yukio Ishida |
| title_full_unstemmed | Linear and nonlinear rotordynamics a modern treatment with applications Toshio Yamamoto ; Yukio Ishida |
| title_short | Linear and nonlinear rotordynamics |
| title_sort | linear and nonlinear rotordynamics a modern treatment with applications |
| title_sub | a modern treatment with applications |
| topic | Rotors Dynamics Rotordynamik (DE-588)4178546-0 gnd |
| topic_facet | Rotors Dynamics Rotordynamik |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009547693&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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