General
Numerical analysis of a Lax-Wendroff type lattice Boltzmann scheme for the advection equation
arXiv cs.NA0 views
arXiv:2610.32810v1 Announce Type: new Abstract: A linear monodimensional lattice Boltzmann scheme with three velocities tackling the advection equation is investigated. We prove that it is second-order accurate and provide necessary and sufficient stability conditions through an explicit formula involving the two relaxation parameters. Relying on existing results for finite difference schemes, we prove convergence for smooth initial data with initialization of the non-conserved moments at equilibrium. Several numerical simulations illustrate these theoretical findings.
Source:https://arxiv.org/abs/2610.32810PreviousNeural network enhancement of the Born approximationNextHigh-order Simulation of Nearly Hydrostatic Atmospheric Flows
Related posts
More people should build browsers
0Hacker News New
Byesky: Wipe your Bluesky account clean
0Hacker News New
Electric trucks hit 50% of China's heavy truck sales, diesel demand falls
0Hacker News New
Poles and polars in projective space with homogeneous coordinates
0Hacker News New
Making Peace with the Projective Plane
0Hacker News New
Show HN: Hacker News Aggregators, Aggregated
0Hacker News Show