Discrete flame propagation: θign = 0.85, τc = 0, 809 815 metal particles in a 3D cylindrical domain

Описание к видео Discrete flame propagation: θign = 0.85, τc = 0, 809 815 metal particles in a 3D cylindrical domain

Music in this video: Grandes études de Paganini, S. 141 - No. 3 in G-sharp minor: "La Campanella” (Liszt, Franz), performed by Zhouyang (Andy) Pan at the Marvin Duchow Music Library of McGill University.

Simulation in this video: propagation of discrete flames near the fuel-lean limit of flame propagation in a cylindrical domain of 100 units in both diameter and length, carried out by Zhouyang (Andy) Pan with the use of Google Jax and NVIDIA A100 GPU. The propagation limit is not a result of heat loss but due to the lack of synchronization of the thermal diffusion rate with the flame speed.

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