"Tides Mathematical models." . . "Position(location)" . . "Surfaces." . . "Flow fields." . . "Mathematical models." . . "Geometry." . . . . . . . . . . . . "DYNLET1 : dynamic implicit numerical model of one-dimensional tidal flow through inlets" . "DYNLET1 : dynamic implicit numerical model of one-dimensional tidal flow through inlets"@en . . . . . . . . . . . . . . . . . . . . "Dynamic implicit numerical model of one-dimensional tidal flow through inlets" . . . "Dynamic implicit numerical model of one-dimensional tidal flow through inlets"@en . . . . . . . . . . . . . . . . . . "DYNLET1: Dynamic Implicit Numerical Model of One-Dimensional Tidal Flow through Inlets"@en . . "DYNLET1 dynamic implicit numerical model of one-dimensional tidal flow through inlets"@en . . . . . . . . . . . . . . "The development and verification of a simple model of inlet hydrodynamics for use in reconnaissance level quantitative studies of inlets are presented. The model, named DYNLET1 for its one dimensional modeling of the dynamic (time dependent) behavior of tidal flow at inlets, is based on the full one-dimensional shallow water equations employing an implicit finite difference technique. The model is intended for personal computer users having little or no experience in numerical modeling and facilitates minimal data entry and numerical grid generation. DYNLET1 can predict flow conditions in channels with varied geometry, and it accepts varying friction factors across an inlet channel, geometric boundary conditions. Values of water surface elevation and average velocity are computed at locations across and along inlet channels. The inlet to be modeled may consist of a single channel connecting the sea to the bay, or it can be a system of interconnected channels, with or without bays. The principal limitation of DYNLET1 is potential inaccuracy in situations where strong two dimensional flow fields, such as gyres, exist perpendicular to the major axis of channels comprising the modeled inlet. This report also includes a short review of existing, similar simple models of tidal inlet hydrodynamics. The model is illustrated with two case studies, Masonboro Inlet, North Carolina, and Indian River Inlet, Delaware."@en . . . . . . "Dynlet1: dynamic implicit numerical model of one-dimensional tidal flow through inlets"@en . . . "United States. Army. Corps of Engineers." . . "Tides." . . "COASTAL ENGINEERING RESEARCH CENTER VICKSBURG MS." . . "Accuracy." . . "One dimensional." . . "North Carolina." . . "Tidal currents." . . "One dimensional flow." . . "Friction." . . . . "Finite difference theory." . . "Short range(time)" . . "Computer operators." . . "Physical and dynamic oceanography." . . "Bays." . . "Delaware." . . "Data processing." . . "Boundaries." . . "Channels." . . "Delaware." . . "Models." . . "Case studies." . . "Hydrodynamics." . . "Numerical analysis." . . "Two dimensional flow." . . "Water." . . "Flow." . . "Inlets Delaware." . . "Grids." . . "Computer programming and software." . . "Estuarine oceanography Mathematical models." . . "Fluid mechanics." . . "Verification." . . "Reconnaissance." . . "North carolina." . . "Microcomputers." . . "Inlets." . . "Input." . . "Inlets North Carolina." . . "Elevation." . . "U.S. Army Engineer Waterways Experiment Station." . .