A concurrent global-local scheme for multiscale parabolic PDEs improves macroscopic and microscopic errors and removes the Δt^{-1/2} factor in bounds for time-independent diffusion.
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A concurrent global-local numerical method for multiscale parabolic equations
A concurrent global-local scheme for multiscale parabolic PDEs improves macroscopic and microscopic errors and removes the Δt^{-1/2} factor in bounds for time-independent diffusion.