LE-DM introduces dynamic masking via signed-distance functions to enforce boundary kinematics in a single constrained solve for divergence-free velocity reconstruction around moving solids in volumetric PTV.
Immersed boundary methods
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Kirigami parachutes are stable for deployments equal to their radius and tumble for smaller ones, as found in effectively infinite-domain fluid simulations.
Simulations and experiments show up to 100% power increase from constructive interference in side-by-side networks of elastically-bounded flapping plates.
citing papers explorer
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Dynamic masking for boundary-aware velocity reconstruction in volumetric particle tracking with moving solids
LE-DM introduces dynamic masking via signed-distance functions to enforce boundary kinematics in a single constrained solve for divergence-free velocity reconstruction around moving solids in volumetric PTV.
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Stability of Kirigami parachutes in effectively infinite numerical domains
Kirigami parachutes are stable for deployments equal to their radius and tumble for smaller ones, as found in effectively infinite-domain fluid simulations.