Association Technique Maritime et Aéronautique

Numéro : 2048 - Year : 1987

About the added resistance of a cylinder in uniform translation and in forced transverse oscillatory motion in a still fluid

D.RAJAONA, Docteur-Ingénieur, Ingénieur de Recherches,
P. SULMONT, Professeur, au Laboratoire d'hydrodynamique Navale, Ecole Nationale Supérieure de Mécanique de Nantes


The study of the local behavior of a cable element assumed to be a portion of a rigid circular cylinder forced to vibrate in transverse direction is performed. The hydrodynamic coefficients useful for the prediction of the whole cable behavior is deduced.

A circular cylinder forced to vibrate moves In a uniform velocity in a fluid at rest In the LHN towing tank bas in. The analysis of the hydrodynamic forces Is performed from a model which is the transposition of the vortex shedding scheme past a circular cylinder simply moving in a uniform velocity on the case of a cylinder moving along a sinusoidal trajectory. The coefficients deduced from the analysis are compared with those usually found In the literature.

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