DANS

Last updated on Feb 2, 2024
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DANS
Mohammed Sayyari
Mohammed Sayyari
Postdoc & Adjunct

Mohammed is a systems thinker. His Mathematical interests are in Numerical Analysis, HPC, entropy-stable high-order methods, and boundary conditions. His Scientific interests are in the development of robust and efficient numerical methods for fluid flow models relevant to our changing climate.

Related

Publications

Particle-resolved simulations and measurements of the flow through a uniform packed bed

The present study focuses on the assessment of the performance of a finite volume method based, particle-resolved simulation approach …
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Large-eddy simulation of a channel flow over an irregular porous matrix

For turbulent flows in porous media, it is often assumed that the irregularity of the matrix would not affect the macroscopic, …
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Large eddy simulation of flow in porous media: Analysis of the commutation error of the double-averaged equations

As most papers in the community of double averaging neglect the effects of commutation errors, we demonstrate in this featured article that the effects are significant enough to affect the solution.
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Events

Large-eddy simulation of a channel flow over an irregular porous matrix

Presentation on large-eddy simulation of channel flow over porous media.
May 30, 2023 — Jun 2, 2023 Dresden, Germany
Project