Vibration analysis and design of foundations for machines and turbines : dynamical problems in civil engineering

1. Machine foundations in general;2. Fundamentals of the theory of vibration;3. Classification of machine foundations and machines;4. Fundamental principles for the design of machine foundations;5. Building materials for machine foundations;6. Dynamic effects on the soil and their examination;7. The theoretical and practical determination on the elastic properties of the soil;8. The behaviour of soils under dynamic loads;9. Considerations governing the determination of the allowable soil stress for dynamically loaded machine foundations;10. Principles of computation for machine foundations;11. The experimental study of foundation vibrations;12. Structural for mechanical hammers;13. The computation of hammer foundations;14. Foundations for reciprocating engines with crank drive;15. The computation of foundations for reciprocating engines;16. Turbine foundations;17. Computation methods for turbine foundations;18. Other machines;19. Structural details for machine foundations;20. Mechanical methods of vibration damping;21. Vibrations in buildings, bridges and vehicles;22. Dynamics of hydraulic structures;23. Numerical examples from practice

Ubic.:624.132 MAJ Ej.1 PRES DON Observ.MORETTOMOR716;DON FRANKLIN