Journal of Applied Meteorology and Climatology
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An h-adaptive, mass-consistent finite-element model (FEM) has been developed for constructing 3D wind fields over irregular terrain utilizing sparse meteorological tower data. The element size in the computational domain is dynamically controlled by an a posteriori error estimator based on the L2 norm. In the h-adaptive FEM algorithm, large element sizes are typically associated with smooth flow regions and small errors; small element sizes are attributed to fast-changing flow regions and large errors. The adaptive procedure employed in this model uses mesh refinement–unrefinement to satisfy error criteria. Results are presented for wind fields using sparse data obtained from two regions within Nevada: 1) the Nevada Test Site, located approximately 65 mi (1 mi ~ 1.6 km) northwest of Las Vegas, and 2) the central region of Nevada, about 100 mi southeast of Reno.
Finite element method; Winds
Applied Mathematics | Civil and Environmental Engineering | Mechanical Engineering | Numerical Analysis and Computation
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An H-Adaptive Finite-Element Technique for Constructing 3D Wind Fields.
Journal of Applied Meteorology and Climatology, 48(3),
Civil and Environmental Engineering Commons, Mechanical Engineering Commons, Numerical Analysis and Computation Commons