Parallel H-Adaptive Finite Element Model for Atmospheric Transport Prediction
A finite element model that uses h-adaptation is used to predict atmospheric wind fields and pollutant transport over the Nevada Test Site. Meteorological data are used to generate a diagnostic flow field; prognostic (forecast) solutions of the time-dependent equations of atmospheric motion and species transport are then obtained. Mass lumping, reduced integration and Petrov–Galerkin weighting are employed in the algorithm. A coarse mesh is first generated; the mesh is then refined and unrefined utilizing parameters based on velocity and species concentration gradients. The model runs on SGI workstations; a parallel version has been ported to the SGI Origin 2000 located within the NSCEE at UNLV.
Air flow; Atmospheric circulation; Computer simulation; Finite element method; Nevada – Nevada Test Site; Winds – Forecasting
Aerodynamics and Fluid Mechanics | Computer Engineering | Computer Sciences | Meteorology | Numerical Analysis and Scientific Computing
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Pepper, D. W.,
Carrington, D. B.,
Lombardo, J. M.
Parallel H-Adaptive Finite Element Model for Atmospheric Transport Prediction.
Advances in Engineering Software, 29(3-6),