The University of Arizona
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Jesse Little

Adjunct Research Professor, Aerospace-Mechanical Engineering

Aerospace & Mechanical Engr
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30+ Collaborators
$8.9M / $13.9M Funding
40+ Grants
60+ Publications
4+ Courses
6+ News

Research Area

aerodynamics, fluid dynamics, boundary layer, aerospace engineering, flow control, control systems, shock waves, plasma actuators, turbulence, mechanical engineering, plasma physics, wing design, numerical simulations, wind tunnel, wind tunnel testing, aerospace, plasma, turbulent flow, structural dynamics, aircraft design, computational fluid dynamics, fluid-structure interaction, shock wave

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    Recent

    Fin-induced Shock Boundary Layer Interactions on a Flat Plate and Hollow Cylinder at Mach 5

    2022
    shock boundary layer, aerodynamics, boundary layer interaction, aerospace engineering, fluid dynamics

    Flow Similarity in Swept Shock/Boundary Layer Interactions

    2022
    flow similarity, shock waves, boundary layer, swept interactions, fluid dynamics

    Experimental Study of Swept Impinging Oblique Shock/Boundary-Layer Interactions

    2020
    fluid dynamics, aerodynamics, shock waves, boundary layer

    Parametric study of Ns-DBD plasma actuators in a turbulent mixing layer

    2020
    plasma actuators, turbulent flow, mixing layer

    A comparative study of Ac-dielectric barrier discharge versus Ns-dielectric barrier discharge plasma actuators in an incompressible turbulent mixing layer

    2020
    plasma actuators, dielectric barrier discharge

    An inviscid analysis of swept oblique shock reflections

    2020
    fluid dynamics, aerodynamics, shock waves, numerical simulation, compressible flow

    Experimental Study of Swept Impinging Oblique Shock Boundary Layer Interaction

    2019
    boundary layer, shock interaction, oblique shock

    Transitional Shock Wave Boundary Layer Interactions on a Compression Ramat Mach 4

    2019
    aerodynamics, fluid dynamics, shock waves, compression ramp, boundary layer

    Localized Thermal Perturbations for Control of Turbulent Shear Flows

    2019
    turbulence control, thermal management, fluid dynamics, heat transfer, turbulent flows

    Post-stall flow control using nanosecond pulse driven dielectric barrier discharge plasma actuators

    2019
    fluid dynamics, plasma actuators, aerodynamics, flow control

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    • Nature of Turbulent Shear Flow

    • Introduction to Fluid Mechanics

    • Introduction to Aerospace Engineering

    • Aerodynamics

    • Senior Aerospace Laboratory

    Jesse Little | KMap Profile - Institutional Knowledge Map (KMap)