Analysis of most frequent cases of vibration in propulsion systems

  • Franklin Jhonny Domínguez Ruíz Tecnavin S.A.

Abstract

This study is a review of cases of propulsion systems in which noise, vibration, or fracture problems have existed. Case studies are presented on passenger vessels, tugboats, tankers, and ferry boats. Each case is addressed based on lateral, torsional, axial vibration analysis, as well as the case analysis of the possible coupling of frequencies or possible defect or deterioration of a component. Based on the cases, a summary is presented of inertial masses of each system analyzed to establish possible problems and benchmark statistical considerations when selecting the components of a propulsion system. Calculations were performed using the ShaftDesigner software from Machine Support, Holland and Torcal software from Tecnavin S. A.

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Author Biography

Franklin Jhonny Domínguez Ruíz, Tecnavin S.A.
Tecnavin S.A. Guayaquil, Ecuador.

References

CATERPILLAR, “Performance Parameters, TM3310”, 2009.

DEN HARTOG J. P., “Mechanical Vibrations”, 1966.

NESTORIDES E. J., “A Handbook on Torsional Vibration”, B.I.C.E.R.A., 1958.

PARSONS M. G., VORUS W. S., RICHARD E., “Added Mass and Damping of Vibrating Propellers”, The University of Michigan, 1980.

PARSONS M. G., “NA 531, Marine Propulsion Plant Vibration”, Notes, The University of Michigan, 1981.

TECNAVIN S. A., “Manual de usuário de TORCAL V9-25”, 2012.

VULKAN, “Technical Data”, 2012.

WILSON KER, “Practical Solution of Torsional Vibration Problems”, 1948.

Published
2013-07-30
How to Cite
Domínguez Ruíz, F. J. (2013). Analysis of most frequent cases of vibration in propulsion systems. Ciencia Y tecnología De Buques, 7(13), 65-74. https://doi.org/10.25043/19098642.85
Section
Scientific and Technological Research Articles