Faculty

Institution

Unit

Venue

Jayant Sirohi

Professor

University of Texas at Austin

Affiliations

Cockrell School of Engineering

Department of Aerospace Engineering and Engineering Mechanics

Jayant Sirohi is currently serving as a Cockrell School Of Engineering Professor at University of Texas At Austin.

Honors

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Experiences

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Education

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Jayant Sirohi

University of Texas at Austin

Professor

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aerospace engineering engineering mechanical engineering applied physics aerodynamics aeronautics robotics aerial robotics fluid dynamics unmanned aerial vehicles aerospace technology piezoelectricity structural mechanics optical engineering optoelectronics mechanics instrumentation experimental analysis boundary layers compliant panel aircraft automatic control shock waves hydraulics digital image correlation mechanical science vehicular technology aircraft design process actuation sensor technology plasma science operational modal analysis electronics thermal engineering sensor design optical testing modal analysis aerospace robotics hover performance modal parameter estimation experimental characterization computational investigation precision engineering microwave technology hydraulic engineering piezoelectric materials rotor dynamics aeroelasticity acoustical engineering cardiac time intervals chest-laminated ultrathin stretchable e-tattoo wind energy piezoceramic sheet actuators magnetorheological piezohydraulic actuator piezohydraulic actuator pneumatic artificial muscles mach-scale coaxial rotor blade deformation respiratory medicine manufacturing technology material research lightwave technology advanced energy material energy conversion control optimization sensor arrays low-power electronics process measurement mechanical deformation case studies transducer principle optical metrology experimental technology high-frequency devices delivery science active materials active control flying robot

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effect of Stiffness on the Response of a Panel in Ramp-Induced Shock Boundary Layer Interaction at Mach 5. AIAA SCITECH 2022 Forum (2024)

Marc A. EitnerYoo-Jin AhnJayant SirohiNoel T. Clemens

structural mechanicsimpact (mechanics)engineeringfluid dynamicsmechanical engineeringfrictionaerospace engineering

Experimental and Computational Investigation of Rotor Noise in Hover. Journal of Aircraft (2024)

Chloe JohnsonJayant SirohiGeorge JacobellisRajneesh Singh

aeronauticsrotor noiseaerodynamicscomputational investigationexperimental analysisaeroacousticsaerospace engineering

Experimental Characterization of a Rotor to Dynamic Collective Pitch Inputs in Hover. Research Square (Research Square) (2024)

Patrick MortimerJayant Sirohi

aerial roboticstechnologyexperimental characterizationaerodynamicsexperimental analysiscollective pitch inputsrobotics

Experimental Study on the Effect of Shock Strength and Mach Number on the Unsteadiness of Ramp-Induced Shock/Boundary-Layer Interaction Using Fast-Response Psp. AIAA SCITECH 2022 Forum (2024)

Yoo-Jin AhnMustafa N. MustaMarc A. EitnerJayant SirohiNoel T. Clemens

boundary layersshock strengthfast-response pspmach numberstabilityexperimental studyaerospace engineering

Low-Order Modeling of Stacked Rotor Performance in Hover. Journal of Aircraft (2024)

Chloe JohnsonJayant Sirohi

aeronauticsaircraftstacked rotor performancelow-order modelingaerodynamicsaerospace engineering

Pressure Field and Mean Deflection Estimation of a Hypersonic Vehicle Model in Mach 5 Flow. AIAA SCITECH 2022 Forum (2024)

Brianna L. BlocherAditya PanigrahiMarc A. EitnerBenjamin E. Diaz VillaJayant SirohiNoel T. Clemens

hypersonic vehicle modelmean deflection estimationfluid dynamicsmechanical engineeringpressure fieldapplied mathematicsaerospace engineering

Shock Impingement Interaction on a One Degree-Of-Freedom Slender Hypersonic Vehicle in Mach 5 Flow. AIAA SCITECH 2022 Forum (2024)

Benjamin E. Diaz VillaMarc A. EitnerJayant SirohiNoel Clemens

hypersonic speedfluid dynamicsshock impingement interactionaerospace engineering

Strain-Data-Driven Force Reconstruction Using Pseudo-Inverse Matrix. Conference proceedings of the Society for Experimental Mechanics (2024)

Aditya PanigrahiAlexander Q. NguyenMarc A. EitnerJayant Sirohi

mechanical engineeringpseudo-inverse matrixstrain-data-driven force reconstructionmechanicsmechanical modeling

Testing and Low Order Modeling of a Speed-Controlled Rotor in Hover. AIAA SCITECH 2022 Forum (2024)

Matthew S. AsperJayant Sirohi

aeronauticsaerial roboticslow order modelingaerodynamicsaerospace engineeringspeed-controlled rotorroboticsreduced order modeling

CORRECTION: Unsteadiness of Mach 5 Ramp-Induced Shock-Wave/Boundary-Layer Interaction Using 100 Khz Time-Resolved Piv and 20 Khz Fast-Response Psp. AIAA Aviation 2019 Forum (2023)

Yoo-Jin AhnMustafa N. MustaMarc A. EitnerJayant SirohiNoel T. Clemens

electrical engineeringfluid dynamicsboundary layersshock waves

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Jayant Sirohi

Professor

University of Texas at Austin

Affiliations

Cockrell School of Engineering

Department of Aerospace Engineering and Engineering Mechanics

Jayant Sirohi is currently serving as a Cockrell School Of Engineering Professor at University of Texas At Austin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jayant Sirohi

University of Texas at Austin

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effect of Stiffness on the Response of a Panel in Ramp-Induced Shock Boundary Layer Interaction at Mach 5. AIAA SCITECH 2022 Forum (2024)

Marc A. EitnerYoo-Jin AhnJayant SirohiNoel T. Clemens

structural mechanicsimpact (mechanics)engineeringfluid dynamicsmechanical engineeringfrictionaerospace engineering

Experimental and Computational Investigation of Rotor Noise in Hover. Journal of Aircraft (2024)

Chloe JohnsonJayant SirohiGeorge JacobellisRajneesh Singh

aeronauticsrotor noiseaerodynamicscomputational investigationexperimental analysisaeroacousticsaerospace engineering

Experimental Characterization of a Rotor to Dynamic Collective Pitch Inputs in Hover. Research Square (Research Square) (2024)

Patrick MortimerJayant Sirohi

aerial roboticstechnologyexperimental characterizationaerodynamicsexperimental analysiscollective pitch inputsrobotics

Experimental Study on the Effect of Shock Strength and Mach Number on the Unsteadiness of Ramp-Induced Shock/Boundary-Layer Interaction Using Fast-Response Psp. AIAA SCITECH 2022 Forum (2024)

Yoo-Jin AhnMustafa N. MustaMarc A. EitnerJayant SirohiNoel T. Clemens

boundary layersshock strengthfast-response pspmach numberstabilityexperimental studyaerospace engineering

Low-Order Modeling of Stacked Rotor Performance in Hover. Journal of Aircraft (2024)

Chloe JohnsonJayant Sirohi

aeronauticsaircraftstacked rotor performancelow-order modelingaerodynamicsaerospace engineering

Pressure Field and Mean Deflection Estimation of a Hypersonic Vehicle Model in Mach 5 Flow. AIAA SCITECH 2022 Forum (2024)

Brianna L. BlocherAditya PanigrahiMarc A. EitnerBenjamin E. Diaz VillaJayant SirohiNoel T. Clemens

hypersonic vehicle modelmean deflection estimationfluid dynamicsmechanical engineeringpressure fieldapplied mathematicsaerospace engineering

Shock Impingement Interaction on a One Degree-Of-Freedom Slender Hypersonic Vehicle in Mach 5 Flow. AIAA SCITECH 2022 Forum (2024)

Benjamin E. Diaz VillaMarc A. EitnerJayant SirohiNoel Clemens

hypersonic speedfluid dynamicsshock impingement interactionaerospace engineering

Strain-Data-Driven Force Reconstruction Using Pseudo-Inverse Matrix. Conference proceedings of the Society for Experimental Mechanics (2024)

Aditya PanigrahiAlexander Q. NguyenMarc A. EitnerJayant Sirohi

mechanical engineeringpseudo-inverse matrixstrain-data-driven force reconstructionmechanicsmechanical modeling

Testing and Low Order Modeling of a Speed-Controlled Rotor in Hover. AIAA SCITECH 2022 Forum (2024)

Matthew S. AsperJayant Sirohi

aeronauticsaerial roboticslow order modelingaerodynamicsaerospace engineeringspeed-controlled rotorroboticsreduced order modeling

CORRECTION: Unsteadiness of Mach 5 Ramp-Induced Shock-Wave/Boundary-Layer Interaction Using 100 Khz Time-Resolved Piv and 20 Khz Fast-Response Psp. AIAA Aviation 2019 Forum (2023)

Yoo-Jin AhnMustafa N. MustaMarc A. EitnerJayant SirohiNoel T. Clemens

electrical engineeringfluid dynamicsboundary layersshock waves

1
2
3
4
5
16
10 / page

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Similar Faculty Members

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Institution

University of Texas at Austin

mechanical behavior

mechanical engineering

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Institution

University of Maryland, College Park

aerospace

engineering management

Inderjit Chopra

Institution

University of Maryland, College Park

aerospace engineering

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smart fabrics

Mark Sheplak

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Norman M. Wereley

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advanced design

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Institution

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