Abstract

This paper presents a numerical and experimental investigation of the water entry of a rigid flat plate. The experimental work was carried out in the Ocean Basin at Plymouth University's COAST laboratory. An in-house CFD code AMAZON-CW, which is based on a compressible multiphase flow model, was used to simulate the slamming problem. The impact loads on the structure recorded in experiments agree well with the numerical computations. A difference from the impact of sharp, wedge-type bodies, is that the slamming loads exerted on flat plates have pulsations due to the compressibility of fluids.

Keywords:
pressure series, impact problem, numerical solution, flat plate, time 0, pressure flooding contour, water surface, numerical calculation, peak pressure, expansion
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2015. International Society of Offshore and Polar Engineers
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