BIBLIOTECA HNO. HILDEBERTO JUAN

Mechanical vibration : analysis, uncertainties, and control / Haym Benaroya.

Por: Tipo de material: TextoTextoIdioma: INGLES Detalles de publicación: New york : Marcel Dekker, 2004.Edición: Segunda ediciónDescripción: 712 páginas : ilustracionesISBN:
  • 0824753801
Tema(s): Clasificación CDD:
  • 620.3 B456m 23
Contenidos parciales:
0. Introduction and background.-- 1. Some Mathematics.-- 2. Single degree of freedom vibration : an introduction to discrete models.-- 3. Single degree of freedom vibration: discrete models with dampling.-- 4.Single degree of freedom vibration: advanced topics.-- 5. Single degree of freedom vibration: probabilistic forces.-- 6. Vibration control.-- 7. Variational principles.-- 8. Multi degree of freedom vibration.-- 9. Multi degree of freedom vibration: advanced topics.-- 10. Continuous models for vibration.-- 11. Continuous models for vibration: advanced models.-- 12. Nonlinear oscillation.
Resumen: This invaluable Second Edition provides the reader with a clear understanding of essential concepts and methods in engineering vibration analysis, uncertainty modeling, and vibration control - providing readers with the fundamentals to create more realistic mathematical models, properly interpret computational and experimental results, and modify the behvaior and performance of various systems and selected system components.
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Libros Libros Biblioteca Central CIENCIAS PURAS 620.3 B456m (Navegar estantería(Abre debajo)) Ej.1 Disponible B1467

Incluye índice.

0. Introduction and background.-- 1. Some Mathematics.-- 2. Single degree of freedom vibration : an introduction to discrete models.-- 3. Single degree of freedom vibration: discrete models with dampling.-- 4.Single degree of freedom vibration: advanced topics.-- 5. Single degree of freedom vibration: probabilistic forces.-- 6. Vibration control.-- 7. Variational principles.-- 8. Multi degree of freedom vibration.-- 9. Multi degree of freedom vibration: advanced topics.-- 10. Continuous models for vibration.-- 11. Continuous models for vibration: advanced models.-- 12. Nonlinear oscillation.

This invaluable Second Edition provides the reader with a clear understanding of essential concepts and methods in engineering vibration analysis, uncertainty modeling, and vibration control - providing readers with the fundamentals to create more realistic mathematical models, properly interpret computational and experimental results, and modify the behvaior and performance of various systems and selected system components.

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