Charles Meneveau

Professor

Johns Hopkins University

United States

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Charles Meneveau is a Professor at Johns Hopkins University in the United States. His research focuses on fluid dynamics, particularly in turbulence and its applications in atmospheric boundary layers, active flow control, and wind turbine modeling. Recent publications include studies on the effects of turbulence at exascale computations and the application of Bayesian optimization in high-speed boundary layers.

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Aditya Aiyer

Assistant Professor

Lehigh University

UNITED STATES

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Rui Ni

Johns Hopkins University

UNITED STATES

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Junlin Yuan

Michigan State University

UNITED STATES

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Dennice Gayme

Associate Professor

Johns Hopkins University

UNITED STATES

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Colm-cille Caulfield

Professor of Environmental and Industrial Fluid Dynamics

University of Cambridge

UNITED KINGDOM

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Charles Meneveau

Research Interests

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About

Articles (25)

Small-scale properties from exascale computations of turbulence on a $\mathbf{32\,768^3}$ periodic cube

Assimilation of wall-pressure measurements in high-speed boundary layers using a Bayesian optimization with DeepONet

An extended analytical wake model and applications to yawed wind turbines in atmospheric boundary layers with different levels of stratification and veer

Extended Darcy–Forchheimer law including inertial flow deflection effects

Wave-phase dependence of Reynolds shear stress in the wake of fixed-bottom offshore wind turbine via quadrant analysis

Forward and Inverse Energy Cascade in Fluid Turbulence Adhere to Kolmogorov’s Refined Similarity Hypothesis

Lagrangian modeling of a nonhomogeneous turbulent shear flow: Molding homogeneous and isotropic trajectories into a jet

Analytical Model Coupling Ekman and Surface Layer Structure in Atmospheric Boundary Layer Flows

Comparing local energy cascade rates in isotropic turbulence using structure-function and filtering formulations

The wind-shade roughness model for turbulent wall-bounded flows

The fluid mechanics of active flow control at very large scales

Stable Boundary Layers and Subfilter-Scale Motions

Folding Dynamics and Its Intermittency in Turbulence

Modeling the resuspension of small inertial particles in turbulent flow over a fractal-like multiscale rough surface

Floating wind farm experiments through scaling for wake characterization, power extraction, and turbine dynamics

A multi-time-scale wall model for large-eddy simulations and applications to non-equilibrium channel flows

Vorticity cascade and turbulent drag in wall-bounded flows: plane Poiseuille flow

Entropy and fluctuation relations in isotropic turbulence

Introducing JFM Notebooks

Contributions to pressure drag in rough-wall turbulent flows: Insights from force partitioning

Response of a turbulent separation bubble to zero-net-mass-flux jet perturbations

Resolved and subgrid-scale crossing trajectory effects in Eulerian large eddy simulations of size-dependent droplet transport

Effects of wind veer on a yawed wind turbine wake in atmospheric boundary layer flow

Perturbative model for the second-order velocity structure function tensor in turbulent shear flows

A Lagrangian relaxation towards equilibrium wall model for large eddy simulation

Collaborators (10)

Jung Hee Seo

Clarence Rowley

Rajat Mittal

Louis Cattafesta

James C. McWilliams

Aditya Aiyer

Rui Ni

Junlin Yuan

Dennice Gayme

Colm-cille Caulfield

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