Multilevel Monte Carlo for two phase flow and Buckley–Leverett transport in random heterogeneous porous media von Müller, Florian, Jenny, Patrick, Meyer, Daniel W.

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Evaporating droplets in shear turbulence von Weiss, Philipp, Giddey, Valentin, Meyer, Daniel W., Jenny, Patrick

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Netflow Python library – A free software tool for the generation and analysis of pore or flow networks von Meyer, Daniel W.

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Impact of turbulence forcing schemes on particle clustering von Weiss, Philipp, Oberle, Daniel, Meyer, Daniel W., Jenny, Patrick

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Pore-scale dispersion: Bridging the gap between microscopic pore structure and the emerging macroscopic transport behavior von Meyer, Daniel W, Bijeljic, Branko

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A new particle interaction mixing model for turbulent dispersion and turbulent reactive flows von MEYER, Daniel W

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Real-time flow measurement system: physics-informed reconstruction and sampling strategy von Humml, Julian, Schaufelberger, Frank, Rösgen, Thomas, Meyer, Daniel W.

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Dissecting inertial clustering and sling dynamics in high-Reynolds number particle-laden turbulence von Codispoti, Lukas A., Meyer, Daniel W., Jenny, Patrick

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Scaling laws for bubble collapse driven by an impulsive shock wave von Bokman, Guillaume T., Biasiori-Poulanges, Luc, Meyer, Daniel W., Supponen, Outi

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A simple velocity random-walk model for macrodispersion in mildly to highly heterogeneous subsurface formations von Meyer, Daniel W.

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Understanding the role of droplet clusters in a reactive mixing layer von Weiss, Philipp, Meyer, Daniel W., Jenny, Patrick

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Density estimation with distribution element trees von Meyer, Daniel W.

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Modeling molecular mixing in a spatially inhomogeneous turbulent flow von Meyer, Daniel W., Deb, Rajdeep

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A probabilistic, flux-conservative particle-based framework for transport in fractured porous media von Monga, Ranit, Deb, Rajdeep, Meyer, Daniel W., Jenny, Patrick

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Data-based modeling of gas-surface interaction in rarefied gas flow simulations von Andric, Nemanja, Meyer, Daniel W., Jenny, Patrick

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Scale analysis of miscible density-driven convection in porous media von Jenny, Patrick, Lee, Joohwa S., Meyer, Daniel W., Tchelepi, Hamdi A.

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Relating recent random walk models with classical perturbation theory for dispersion predictions in the heterogeneous porous subsurface von Meyer, Daniel W.

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Evaporating droplets in turbulence studied with statistically stationary homogeneous direct numerical simulation von Weiss, Philipp, Meyer, Daniel W., Jenny, Patrick

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On droplets that cluster and evaporate in reactive turbulence von Weiss, Philipp, Bhopalam, Sthavishtha R., Meyer, Daniel W., Jenny, Patrick

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Modelling of turbulence modulation in particle- or droplet-laden flows von Meyer, Daniel W.

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