Fully central-Hermite sensing and collision on D3Q125 preserves modal purity and reduces post-transport cross-order frame discrepancy by a median 81% versus raw Hermite, without proving equal macroscopic Galilean gains.
Efficient kinetic method for fluid simulation beyond the navier–stokes equation.Physical Review E, 74(4):046703, 2006
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Central-Hermite Sensing and Collision for Frame-Robust Order-Resolved Relaxation on D3Q125
Fully central-Hermite sensing and collision on D3Q125 preserves modal purity and reduces post-transport cross-order frame discrepancy by a median 81% versus raw Hermite, without proving equal macroscopic Galilean gains.