Surface Deformation in a Liquid-Solid Flow

d c Surface Deformation in a Liquid-Solid Flow Melany L. Hunt, California Institute of Technology Impact particles and polished aluminum surfaces ...
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Surface Deformation in a Liquid-Solid Flow Melany L. Hunt, California Institute of Technology Impact particles and polished aluminum surfaces

dc H Surface indentation resulting from a collision in water and glycerol at St=950. Coefficient of restitution (rebound velocity normalized by impact velocity) as a function of Stokes number, St. The symbol size show the crater depth in meters. The different colors correspond to different material properties.