Yongqi Wang

Professor, Dr.

Technische Universität Darmstadt

Germany

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Dr. Yongqi Wang is a Professor at the Technical University of Darmstadt in Germany. His research focuses on continuum modeling, numerical simulations, and experimental investigations in fluid dynamics, particularly in the context of active suspensions and granular flows. Recent publications include studies on phase separation in grain-fluid mixtures, the effects of water saturation on granular column collapses, and the modeling of submarine avalanche flows. Dr. Wang's work contributes to advancing understanding in both theoretical and applied aspects of fluid mechanics.

Articles (17)

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2025

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2025

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2024

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2024

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2024

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2024

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2023

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2023

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2022

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2022

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2022

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2021

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2021

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2021

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2021

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2021

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2021

Collaborators (4)

Martin Oberlack

Professor

TU Darmstadt

GERMANY

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Alexandre Delache

Maître de Conférence (lecturer/associate professor)

Jean Monnet University

FRANCE

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Fabien Godeferd

CNRS

FRANCE

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Riccardo Martino

Università degli Studi di Napoli Federico II

ITALY

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Yongqi Wang

Research Interests

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Articles (17)

Continuum Modeling and Numerical Simulation of Active Suspensions in Curved Channels

Experimental and numerical investigation of the granular column collapse under different initial water-saturation conditions

Maximization of inertial waves focusing in linear and nonlinear regimes

A mixture theory formulation for active suspensions

Optical measurements of solid volume fraction and granular temperatures in granular flows over erodible bed

Modeling Phase Separation in Grain‐Fluid Mixture Flows by a Depth‐Averaged Approach With Dilatancy Effects

A Depth‐Averaged Description of Submarine Avalanche Flows and Induced Surface Waves

Focusing of weakly nonlinear inertial waves by a vertically oscillating annular forcing

Focusing of inertial waves by a vertically annular forcing

A well-posed multilayer model for granular avalanches: Comparisons with laboratory experiments

A deterministic two-phase model for an active suspension with non-spherical active particles using the Eulerian spatial averaging theory

A well-posed multilayer model for granular avalanches with μ(I) rheology

Analytical Investigation of Viscoelastic Stagnation-Point Flows with Regard to Their Singularity

High-order simulation scheme for active particles driven by stress boundary conditions

A Eulerian–Lagrangian Coupled Method for the Simulation of Submerged Granular Column Collapse

Probability theory of active suspensions

Asymptotic analysis of the eigenstructure of the two-layer model and a new family of criteria for evaluating the model hyperbolicity

Collaborators (4)

Martin Oberlack

Alexandre Delache

Fabien Godeferd

Riccardo Martino

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