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Hyperpycnal flows may be important mechanisms for transporting particles from continents to oceans given their frequency of generation at many modern river mouths. Their deposits are probably very common in the rock record, although they are not frequently recorded in the literature. These currents may last longer and be steadier than surge-like turbidity flows and consequently their deposits are...
INFLO1 is an ANSI standard FORTRAN-77 predictive sedimentation model that simulates the behaviour of a hyperpycnal inflow. From data on discharge and sediment load at the river mouth as well as the basin geometry, INFLO1 predicts the flow parameters of the resulting turbidity current--flow thickness, velocity, volume and sediment discharge, and interstitial fluid density--and the deposition and erosion...
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