Journal of Glaciology · 1980 · 149 citations · 17 references
EngineeringSoil ParticlesWettingSnow SurfaceSoft MatterEarth ScienceGeotechnical EngineeringFreeze-thaw CyclingNumerical SimulationTransport PhenomenaRheologySnow TransportApplied MeteorologyMeteorologyIce-water SystemAtmospheric IcingCryosphereIce MechanicsFluid DragClimatologyCivil EngineeringMeteorological ForcingGeomechanicsIce-structure InteractionSnow Avalanche
Abstract Cohesive forces are added to the analysis of forces on sand and soil particles to show that fluid drag, alone, often cannot initiate movement of a snow surface. The impact force of saltating ice spheres, however, can easily provide the force to break cohesive bonds, according to these calculations. The argument suggests a balance between the distribution of bond strengths of exposed surface particles and the distribution of saltation trajectory heights.
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SMITHSONIAN METEOROLOGICAL TABLES
Monthly Weather Review · 1907 · 798 citations
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B. R. White, J. C. Schulz · Journal of Fluid Mechanics · 1977 · 325 citations
W. S. Chepil · Soil Science · 1945 · 205 citations