A Handbook on Torsional Vibration
A Handbook on Torsional Vibration
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- Produkterinnerung
This 1958 book was primarily written to provide information on torsional vibration for the design and development departments of engineering companies.
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This 1958 book was primarily written to provide information on torsional vibration for the design and development departments of engineering companies.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 694
- Erscheinungstermin: 10. Juni 2011
- Englisch
- Abmessung: 229mm x 152mm x 40mm
- Gewicht: 1109g
- ISBN-13: 9780521203524
- ISBN-10: 052120352X
- Artikelnr.: 32465915
- Verlag: Cambridge University Press
- Seitenzahl: 694
- Erscheinungstermin: 10. Juni 2011
- Englisch
- Abmessung: 229mm x 152mm x 40mm
- Gewicht: 1109g
- ISBN-13: 9780521203524
- ISBN-10: 052120352X
- Artikelnr.: 32465915
Foreword
Scope of handbook
Introductory note on dimensions and units
Tables of physical constants
Part I. Preliminary Calculations and Measurements: 1. Moments of inertia
2. Stiffness
3. Natural frequency calculation
Part II. Evaluation and Prediction of Torsional Vibration Stresses: 1. Tangential-pressure components due to gas pressure and inertia
2. Phase-angle diagrams and phase vector sums
3. Evaluation of stresses from vibration measurements
4. Prediction of vibration amplitudes and stresses
5. Recommendations, rules and guidance noted of classification societies regarding permissible torsional vibration stresses
Part III. Design and Operation of Various Devices for Limiting Vibration: 1. The tuning disk without damping
2. The tuning disk with damping
3. The untuned viscous-shear damper
4. Slipping-torque type dampers
5. Pendulum detuners
6. Further types of dampers and detuners
Part IV. Instrumentation: 1. Equipment for the measurement of torsional vibration amplitudes
2. Equipment for the measurement of vibratory strains
Index.
Scope of handbook
Introductory note on dimensions and units
Tables of physical constants
Part I. Preliminary Calculations and Measurements: 1. Moments of inertia
2. Stiffness
3. Natural frequency calculation
Part II. Evaluation and Prediction of Torsional Vibration Stresses: 1. Tangential-pressure components due to gas pressure and inertia
2. Phase-angle diagrams and phase vector sums
3. Evaluation of stresses from vibration measurements
4. Prediction of vibration amplitudes and stresses
5. Recommendations, rules and guidance noted of classification societies regarding permissible torsional vibration stresses
Part III. Design and Operation of Various Devices for Limiting Vibration: 1. The tuning disk without damping
2. The tuning disk with damping
3. The untuned viscous-shear damper
4. Slipping-torque type dampers
5. Pendulum detuners
6. Further types of dampers and detuners
Part IV. Instrumentation: 1. Equipment for the measurement of torsional vibration amplitudes
2. Equipment for the measurement of vibratory strains
Index.
Foreword
Scope of handbook
Introductory note on dimensions and units
Tables of physical constants
Part I. Preliminary Calculations and Measurements: 1. Moments of inertia
2. Stiffness
3. Natural frequency calculation
Part II. Evaluation and Prediction of Torsional Vibration Stresses: 1. Tangential-pressure components due to gas pressure and inertia
2. Phase-angle diagrams and phase vector sums
3. Evaluation of stresses from vibration measurements
4. Prediction of vibration amplitudes and stresses
5. Recommendations, rules and guidance noted of classification societies regarding permissible torsional vibration stresses
Part III. Design and Operation of Various Devices for Limiting Vibration: 1. The tuning disk without damping
2. The tuning disk with damping
3. The untuned viscous-shear damper
4. Slipping-torque type dampers
5. Pendulum detuners
6. Further types of dampers and detuners
Part IV. Instrumentation: 1. Equipment for the measurement of torsional vibration amplitudes
2. Equipment for the measurement of vibratory strains
Index.
Scope of handbook
Introductory note on dimensions and units
Tables of physical constants
Part I. Preliminary Calculations and Measurements: 1. Moments of inertia
2. Stiffness
3. Natural frequency calculation
Part II. Evaluation and Prediction of Torsional Vibration Stresses: 1. Tangential-pressure components due to gas pressure and inertia
2. Phase-angle diagrams and phase vector sums
3. Evaluation of stresses from vibration measurements
4. Prediction of vibration amplitudes and stresses
5. Recommendations, rules and guidance noted of classification societies regarding permissible torsional vibration stresses
Part III. Design and Operation of Various Devices for Limiting Vibration: 1. The tuning disk without damping
2. The tuning disk with damping
3. The untuned viscous-shear damper
4. Slipping-torque type dampers
5. Pendulum detuners
6. Further types of dampers and detuners
Part IV. Instrumentation: 1. Equipment for the measurement of torsional vibration amplitudes
2. Equipment for the measurement of vibratory strains
Index.