Near-field plume-surface interaction and regolith erosion and dispersal during the lunar landing - Rahimi, A.; Ejtehadi, O.; Lee, K.H.; Myong, R.S. (Acta astronautica, 2020)
Keywords: Design engineering; Discrete phase model; Dispersal; Dust; Dust particles; Erosion models; Erosion rates; Exhaust gases; Finite volume method; Flow characteristics; Flow rates; Gas expansion; Heat flux; Lunar dust; Lunar landing; Lunar Module; Lunar surface; Lunar surface vehicles; Mach number; Mass flow rate; Microgravity; Near fields; Particle density (concentration); Particle size; Physics; Plume-surface interaction; Regolith; Rocket nozzles; Shear stress; Spacecraft components; Stress concentration; Surface erosion; Surface erosion; Plume-surface interaction; Discrete phase model; Lunar landing