Faculty

Institution

Unit

Venue

Hassan M. Nagib

John T Rettaliata Endowed Chair in the College of Engineering

Illinois Institute of Technology

Affiliations

Armour College of Engineering

Mechanical, Materials, and Aerospace Engineering

Hassan M. Nagib is currently serving as an Armour College Of Engineering John T Rettaliata Endowed Chair in the College of Engineering at Illinois Institute of Technology.

Honors

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Experiences

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Education

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Hassan M. Nagib

Illinois Institute of Technology

John T Rettaliata Endowed Chair in the College of Engineering

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fluid dynamics aerospace engineering fluid mechanics applied physics aerodynamics engineering aeronautics physics turbulence modeling boundary layers aerospace technology turbulent boundary layers micro-electromechanical systems instrumentation fluid flow wind engineering active flow control asymptotic analysis hydraulics secondary flow heat transfer thermal engineering experimental analysis acoustical engineering wind tunnels free-stream turbulence coherent structures turbulent jets national diagnostic facility solid mechanics drones computational fluid dynamics numerical simulations automatic control hydraulic engineering hydrodynamic stability flight control flow physics unsteady flows engineering acoustic aspect ratio experimental investigation flow development separated flows counter-jet technique building model moderate mach numbers high lift airfoils aircraft unmanned aircraft systems active control building engineering laboratory medicine vascular surgery blood purification spacecraft attitude control aerial robotics control engineering stability analysis circuit analysis thermal analysis air pollution control micro technology condition monitoring urban environments acoustic sensors compressible flows control environment piezoelectricity flow measurement sensor technology sensor design aeroacoustics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Utilizing Indicator Functions With Computational Data to Confirm Nature of Overlap in Normal Turbulent Stresses: Logarithmic or Quarter-Power. Physics of fluids (2024)

Hassan NagibRicardo VinuesaSergio Hoyas

physicsfluid dynamicsutilizing indicator functionsnormal turbulent stressescomputational data

The Hunt for the KáRmáN ‘Constant’ Revisited. Journal of Fluid Mechanics (2023)

Peter A. MonkewitzHassan M. Nagib

fluid dynamicshydraulicsfluid mechanicsfluid flowjournalism

Spectral-Element Simulation of the Turbulent Flow in an Urban Environment. Applied Sciences (2021)

Maxime StuckAlvaro VidalPablo TorresHassan M. NagibCandace WarkRicardo Vinuesa

environmental engineeringspectral-element simulationfluid dynamicsturbulent flowurban environmentsapplied mathematicsapplied physics

Wall Friction Relations in Wall-Bounded Shear Flows. European journal of mechanics. B, Fluids (2021)

E.-S. ZanounC. EgbersH. NagibF. DurstG. BellaniA. Talamelli

mechanical engineeringfluid dynamicswall friction relationsfluid mechanicswall-bounded shear flowsapplied physics

Uncertainty Analysis of the Von KàRmàN Constant for the Mean Centerline Velocity in Ciclope. Springer proceedings in physics (2019)

H. NagibP. MonkewitzL. MascotelliG. BellaniA. Talamelli

physicsuncertainty analysismaterials sciencevon karman constantatomic physicsparticle physicscondensed matter physicsapplied physicsmean centerline velocity

Secondary Flow in Spanwise-Periodic In-Phase Sinusoidal Channels. Journal of Fluid Mechanics (2018)

A. VidalH. M. NagibP. SchlatterR. Vinuesa

fluid dynamicssecondary flowhydraulicsrheologyfluid mechanicsapplied physics

Secondary Flow in Turbulent Ducts With Increasing Aspect Ratio. Physical Review Fluids (2018)

R. VinuesaP. SchlatterH. M. Nagib

turbulent ductsaspect ratiofluid dynamicssecondary flowfluid mechanicsapplied physics

Turbulent Rectangular Ducts With Minimum Secondary Flow. International Journal of Heat and Fluid Flow (2018)

A. VidalR. VinuesaP. SchlatterH.M. Nagib

turbulent rectangular ductsmechanical engineeringfluid dynamicsminimum secondary flowthermal engineeringfluid mechanicsheat transfer

Vorticity Fluxes and Secondary Flow: Relevance for Turbulence Modeling. Physical Review Fluids (2018)

A. VidalH. M. NagibR. Vinuesa

turbulence modelingvorticity fluxessecondary flowfluid mechanics

Centerline KáRmáN"Constant" Revisited and Contrasted to Log-Layer KáRmáN Constant at Ciclope. (2017)

H. M. NagibP. A. MonkewitzLucia MascotelliT. FioriniG. BellaniX. ZhengA. Talamelli

topologylog-layer karman constantapplied mathematicsmachine learningcenterline karman

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Hassan M. Nagib

John T Rettaliata Endowed Chair in the College of Engineering

Illinois Institute of Technology

Affiliations

Armour College of Engineering

Mechanical, Materials, and Aerospace Engineering

Hassan M. Nagib is currently serving as an Armour College Of Engineering John T Rettaliata Endowed Chair in the College of Engineering at Illinois Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Hassan M. Nagib

Illinois Institute of Technology

John T Rettaliata Endowed Chair in the College of Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Utilizing Indicator Functions With Computational Data to Confirm Nature of Overlap in Normal Turbulent Stresses: Logarithmic or Quarter-Power. Physics of fluids (2024)

Hassan NagibRicardo VinuesaSergio Hoyas

physicsfluid dynamicsutilizing indicator functionsnormal turbulent stressescomputational data

The Hunt for the KáRmáN ‘Constant’ Revisited. Journal of Fluid Mechanics (2023)

Peter A. MonkewitzHassan M. Nagib

fluid dynamicshydraulicsfluid mechanicsfluid flowjournalism

Spectral-Element Simulation of the Turbulent Flow in an Urban Environment. Applied Sciences (2021)

Maxime StuckAlvaro VidalPablo TorresHassan M. NagibCandace WarkRicardo Vinuesa

environmental engineeringspectral-element simulationfluid dynamicsturbulent flowurban environmentsapplied mathematicsapplied physics

Wall Friction Relations in Wall-Bounded Shear Flows. European journal of mechanics. B, Fluids (2021)

E.-S. ZanounC. EgbersH. NagibF. DurstG. BellaniA. Talamelli

mechanical engineeringfluid dynamicswall friction relationsfluid mechanicswall-bounded shear flowsapplied physics

Uncertainty Analysis of the Von KàRmàN Constant for the Mean Centerline Velocity in Ciclope. Springer proceedings in physics (2019)

H. NagibP. MonkewitzL. MascotelliG. BellaniA. Talamelli

physicsuncertainty analysismaterials sciencevon karman constantatomic physicsparticle physicscondensed matter physicsapplied physicsmean centerline velocity

Secondary Flow in Spanwise-Periodic In-Phase Sinusoidal Channels. Journal of Fluid Mechanics (2018)

A. VidalH. M. NagibP. SchlatterR. Vinuesa

fluid dynamicssecondary flowhydraulicsrheologyfluid mechanicsapplied physics

Secondary Flow in Turbulent Ducts With Increasing Aspect Ratio. Physical Review Fluids (2018)

R. VinuesaP. SchlatterH. M. Nagib

turbulent ductsaspect ratiofluid dynamicssecondary flowfluid mechanicsapplied physics

Turbulent Rectangular Ducts With Minimum Secondary Flow. International Journal of Heat and Fluid Flow (2018)

A. VidalR. VinuesaP. SchlatterH.M. Nagib

turbulent rectangular ductsmechanical engineeringfluid dynamicsminimum secondary flowthermal engineeringfluid mechanicsheat transfer

Vorticity Fluxes and Secondary Flow: Relevance for Turbulence Modeling. Physical Review Fluids (2018)

A. VidalH. M. NagibR. Vinuesa

turbulence modelingvorticity fluxessecondary flowfluid mechanics

Centerline KáRmáN"Constant" Revisited and Contrasted to Log-Layer KáRmáN Constant at Ciclope. (2017)

H. M. NagibP. A. MonkewitzLucia MascotelliT. FioriniG. BellaniX. ZhengA. Talamelli

topologylog-layer karman constantapplied mathematicsmachine learningcenterline karman

1
2
3
4
5
16
10 / page

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fluid flow

unsteady flow

Stanislav Gordeyev

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fluid flow

boundary layer

Louis Cattafesta

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engineering

aeronautics

Thomas Corke

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high-rise building

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turbulence modeling

Datta Gaitonde

Institution

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supersonic combustion

turbulence modeling

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flow control actuators

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University of Arizona

engineering

compressible flow

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applied physics

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