Vibration for engineers /
Andrew Dimarogonas.
- 2nd ed.
- New Jersey : Prentice-Hall, 1996.
- 825 p. : figuras
Historical introduction - Kinematics of vibration - Natural vibration about equilibrium - Forced harmonic vibration - Energy methods, stability - Nonharmonic excitation - Coupled vibrating systems - Lumped mass systems: natural vibration - Lumped mass systems: forced vibration - Continuous systems - Approximate and numerical methods - Rotor dynamics - Vibration of nonlinear systems - Vibrating systems design - Elements of vibration signal processing and random excitation - Machinery vibration: monitoring and diagnosis - Appendices.