An Hp-Finite Element Method for Simulating Indoor Contaminant Dispersion
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An hp-adaptive finite element method (FEM) is coupled with a Lagrangian particle transport technique to simulate contaminant dispersion within building interiors, including aircraft cabins. The hp-adaptation follows a three-step adaptation strategy, in which the mesh size and shape function order are dynamically controlled. An a posterior error estimator based on the L 2 norm calculation is used in the adaptation procedure. Interior flow fields are constructed from the hp-adaptive FEM. Contaminant dispersion is simulated using a random walk/stochastic approach based on a general probability distribution for depicting diffusion. Simulation results for 2- and 3-D interiors are presented.
Contaminant transport; Finite element method; Hp-adaptive FEM; Indoor air pollution; Indoor dispersion simulation; Pollutants – Transportation
Applied Mathematics | Environmental Monitoring | Environmental Sciences | Mechanical Engineering | Numerical Analysis and Computation | Sustainability
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An Hp-Finite Element Method for Simulating Indoor Contaminant Dispersion.
Building Simulation, 4(1),