george constantinescu at University of Iowa University College - Research Interests, Publications & Academic Profile

george constantinescu

The University of Iowa University College

United States

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Research Interests

Fluid Mechanics

Viscous Flow

Channel Flow

Sediment Transport

Geophysical Fluid Dynamics

Hydraulic Engineering

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Articles16

Collaborators2

Daniele Pietro Viero

Professor (Associate)

University of Padua

Mauro LO BRUTTO

Associate Professor

University of Palermo

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george constantinescu

Professor

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Research Interests

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Articles16

Flow and coherent structures generated by a circular array of rigid, emerged cylinders in a shallow channel

Fully Developed Open Channel Flow Over Clusters of Freshwater Mussels Partially Buried in a Gravel Bed

Large eddy simulation of power-law fluid dam break wave impacting against a vertical wall

Modelling the impact of a dam-break wave on a vertical wall

Near-surface turbulent dissipation at a laboratory-scale confluence: implications on gas transfer

Influence of Bed Roughness on Flow and Turbulence Structure Around a Partially‐Buried, Isolated Freshwater Mussel

Influence of submergence ratio on flow and drag forces generated by a long rectangular array of rigid cylinders at the sidewall of an open channel

Influence of submergence ratio on flow and drag forces generated by a long rectangular array of rigid cylinders at the sidewall of an open channel

Oscillatory flow around a vertical circular cylinder placed in an open channel: coherent structures, sediment entrainment potential and drag forces

Flow hydrodynamics, density contrast effects and mixing at the confluence between the Yangtze River and the Poyang Lake channel

Mixing dynamics at river confluences governed by intermodal behaviour

Oscillatory flow around a vertical circular cylinder placed in an open channel: coherent structures, sediment entrainment potential and drag forces

Flow hydrodynamics, density contrast effects and mixing at the confluence between the Yangtze River and the Poyang Lake channel

Effect of angle of attack on flow past a partially-burrowed, isolated freshwater mussel

Effect of angle of attack on flow past a partially-burrowed, isolated freshwater mussel

Shallow mixing interfaces between parallel streams of unequal densities

Collaborators2

Daniele Pietro Viero

Mauro LO BRUTTO

How do Bangladeshi students reach out?