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Vibration for engineers / Andrew Dimarogonas.

By: Dimarogonas, Andrew D, 1938-Material type: TextTextPublication details: Englewood Cliffs, N.J : Prentice Hall, 1995. Edition: 2nd edISBN: 0134562291Subject(s): VibrationDDC classification: 620.3 LOC classification: TA355 | .D48 1995
Contents:
1. Kinematics of Vibration -- 2. Natural Vibration About Equilibrium -- 3. Forced Harmonic Vibration -- 4. Energy Methods, Stability -- 5. Nonharmonic Excitation -- 6. Coupled Vibrating Systems -- 7. Lumped Mass Systems: Natural Vibration -- 8. Lumped Mass Systems: Forced Vibration -- 9. Continuous Systems -- 10. Approximate and Numerical Methods -- 11. Rotor Dynamics -- 12. Vibration of Nonlinear Systems -- 13. Vibrating Systems Design -- 14. Elements of Vibration Signal Processing and Random Excitation -- 15. Machinery Vibration: Monitoring and Diagnosis -- App. I Algorithmic Notation -- App. II Discrete Elements -- App. III Algebraic Identities -- App. IV Elements of Linear Algebra -- App. V Transfer Matrices -- App. VI Laplace Transforms -- App. VII Unit Conversion and Nomenclature -- App. VIII The Viblab Package -- App. IX Summary of Mathematical Commands -- App. X Tables of Material Properties Useful in Vibration Analysis -- App. XI Selected Vibration Bibliography.
Holdings
Item type Home library Call number Status Date due Barcode Item holds
Two Week Loan Two Week Loan College Lane Learning Resources Centre
Main Shelves 		620.3 DIM (Browse shelf(Opens below)) Available 4403363581
Two Week Loan Two Week Loan College Lane Learning Resources Centre
Main Shelves 		620.3 DIM (Browse shelf(Opens below)) Available 4403363590
Total holds: 0

Enhanced descriptions from Syndetics:

Includes bibliographical references and index.

1. Kinematics of Vibration -- 2. Natural Vibration About Equilibrium -- 3. Forced Harmonic Vibration -- 4. Energy Methods, Stability -- 5. Nonharmonic Excitation -- 6. Coupled Vibrating Systems -- 7. Lumped Mass Systems: Natural Vibration -- 8. Lumped Mass Systems: Forced Vibration -- 9. Continuous Systems -- 10. Approximate and Numerical Methods -- 11. Rotor Dynamics -- 12. Vibration of Nonlinear Systems -- 13. Vibrating Systems Design -- 14. Elements of Vibration Signal Processing and Random Excitation -- 15. Machinery Vibration: Monitoring and Diagnosis -- App. I Algorithmic Notation -- App. II Discrete Elements -- App. III Algebraic Identities -- App. IV Elements of Linear Algebra -- App. V Transfer Matrices -- App. VI Laplace Transforms -- App. VII Unit Conversion and Nomenclature -- App. VIII The Viblab Package -- App. IX Summary of Mathematical Commands -- App. X Tables of Material Properties Useful in Vibration Analysis -- App. XI Selected Vibration Bibliography.

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