FULL SCALE NEAR SURFACE WATER PARTICLE VELOCITIES AND PRESSURES ACTING ON AN INCLINED TUBULAR MEMBER
No. 17 (1980), Conference Proceedings
No. 17 (1980)

FULL SCALE NEAR SURFACE WATER PARTICLE VELOCITIES AND PRESSURES ACTING ON AN INCLINED TUBULAR MEMBER

Conference Proceedings
https://doi.org/10.9753/icce.v17.113
Published 1980-01-29
Fritz Busching
Div. of Hydrodyn.and Coastal Eng. Techn.Univ.Braunschweig
Eckehard Martini
Div. of Hydrodyn.and Coastal Eng. Techn.Univ.Braunschweig
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Keywords

particle velocity
wave pressure
inclined tube

How to Cite

Busching, F., & Martini, E. (1980). FULL SCALE NEAR SURFACE WATER PARTICLE VELOCITIES AND PRESSURES ACTING ON AN INCLINED TUBULAR MEMBER. Coastal Engineering Proceedings, 1(17), 113. https://doi.org/10.9753/icce.v17.113
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Abstract

A field investigation programme on simultaneous wave force and water particle velocity measurements is decribed with reference to an inclined tubular member subjected to offshore wave kinematics. First measurements at supercritical Reynolds numbers indicate strong irregularities in successively taken pressure distributions on the circumference of the test section as well as in the velocity vectors. The influence of superimposed tidal currents is obvious.
https://doi.org/10.9753/icce.v17.113
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