Santiago J Benavides, PhD
@s-j-benavides.bsky.social
Lecturer in Applied and Computational Mathematics at the University of Edinburgh. Interested in understanding the statistical and dynamical behavior of turbulence and sediment transport. He/him
http://s-benavides.github.io
http://s-benavides.github.io
Any grains that are entrained are taken from the bed, and vice versa, creating a coupling between the dynamics of grain entrainment and bed height. If you drop grains at the head of a 'numerical flume' with a flat initial bed, the bed builds until steady state is reached. (3/5)
May 19, 2025 at 11:58 AM
Any grains that are entrained are taken from the bed, and vice versa, creating a coupling between the dynamics of grain entrainment and bed height. If you drop grains at the head of a 'numerical flume' with a flat initial bed, the bed builds until steady state is reached. (3/5)
I’m excited to share a project that I’ve been working on since 2017! It started as a fun discussion with Eric Deal at AGU, but has turned into something more insightful than we had originally imagined. A lattice model of bed load sediment transport: doi.org/pnn5 (1/5)
May 19, 2025 at 11:58 AM
I’m excited to share a project that I’ve been working on since 2017! It started as a fun discussion with Eric Deal at AGU, but has turned into something more insightful than we had originally imagined. A lattice model of bed load sediment transport: doi.org/pnn5 (1/5)