In this article, impact pressure in the case of shallow water sloshing is investigated experimentally and numerically for forced rolling motion. The maximum values of impact pressures have been found for afrequency lower than the first sloshing frequency. Experimental results are compared with numerical ones obtained using smoothed particle hydrodynamics (SPH). The influence of viscosity and of densityre-initialization on the SPH results are discussed. A new method for calculating the pressure on walls with SPH is presented.
A Set of Canonical Problems in Sloshing, Part I: Pressure field in forced roll--comparison between experimental results and SPH
ANDREA COLAGROSSI;
2009
Abstract
In this article, impact pressure in the case of shallow water sloshing is investigated experimentally and numerically for forced rolling motion. The maximum values of impact pressures have been found for afrequency lower than the first sloshing frequency. Experimental results are compared with numerical ones obtained using smoothed particle hydrodynamics (SPH). The influence of viscosity and of densityre-initialization on the SPH results are discussed. A new method for calculating the pressure on walls with SPH is presented.File in questo prodotto:
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