Abstract:It is a challenging work to simulate wind and waves in virtual scenes of marine simulators. In this paper, a divergence-free position based fluid (DFPBF) framework is introduced for ocean wave modeling in marine simulators. We introduce a set of constant density constraints and divergence-free velocity constraints to enforce incompressibility. By adjusting the position distribution of fluid particles, the particle density is forced to be constant. Constraining the divergence-free velocity field can keep the de… Show more
“…Li et al [11] show in their article how the introduction of advanced methods of computational fluid dynamics can also enhance wave modeling in marine simulators. For this purpose, a particle-based simulation technique was used for the water phase, and a novel stochastic fluctuating wind field was introduced.…”
“…Li et al [11] show in their article how the introduction of advanced methods of computational fluid dynamics can also enhance wave modeling in marine simulators. For this purpose, a particle-based simulation technique was used for the water phase, and a novel stochastic fluctuating wind field was introduced.…”
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