Faculty

Institution

Unit

Venue

Anubhav Datta

Alfred Gessow Professor

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Aerospace Engineering

Anubhav Datta is currently serving as an A. James Clark School Of Engineering Alfred Gessow Professor at University of Maryland, College Park.

Honors

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Experiences

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Education

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Anubhav Datta

University of Maryland, College Park

Alfred Gessow Professor

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aerospace engineering aerodynamics aeronautics mechanical engineering engineering unmanned aerial vehicles aerial robotics aircraft aerospace technology electrical engineering space exploration robotics structural mechanics finite element methods fundamental understanding whirl flutter test maryland tiltrotor rig vehicular technology aircraft design process space robotics astronautics periodic rotor dynamics aeromechanical analysis self-twisting rotor blades space science fluid dynamics electrochemical energy conversion hydrogen energy thermal engineering unmanned aircraft systems structural analysis load-bearing capacity aerospace robotics high advance ratios exact fluid-structure interface scalable domain decomposition computational fluid dynamics engineering optimization multidisciplinary optimization tribology computer-aided design wind engineering aerospace simulation experimental analysis hydrogen production hydrogen generation flight control rotor dynamics aeroelasticity impact loading high performance computing traction application hydrogen energy technology vehicle conceptual design energy performance energy efficient drive aviation biofuels accelerated design parallel processing system stability load control 3d modeling rotor vibratory loads high-speed flight helios computational platform rotorcraft cfd rotor loads prediction capability enhancements computational platform mechanical systems flying robot air vehicle system

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Integrated Three-Dimensional Aeromechanical Analysis for the Prediction of Stresses on Modern Coaxial Rotors. The International Journal of High Performance Computing Applications (2024)

Mrinalgouda PatilRavi LumbaBuvana JayaramanAnubhav Datta

performance evaluationimpact loadingengineeringtraction applicationmodern coaxial rotorsmechanical engineeringtribologyhigh performance computingthree-dimensional aeromechanical analysisaerospace engineering

High Speed Whirl Flutter Tests of Swept-Tip Tiltrotor Blades. AIAA SCITECH 2022 Forum (2024)

Xavier DelgadoAnubhav Datta

high speedunmanned aerial vehiclesflutter testsaerodynamicsmechanical engineeringswept-tip tiltrotor bladesaerospace engineeringmechanics

Integrated Three-Dimensional Airloads and Stresses on Lift-Offset Coaxial Rotors at Extreme Speeds. Journal of Aircraft (2024)

Mrinalgouda PatilAnubhav DattaRavi LumbaBuvana Jayaraman

lift-offset coaxial rotorsextreme speedsengineeringthree-dimensional airloadsaerodynamicsmechanical engineeringaerospace technologyaircraft design processaeronauticsaerospace engineeringaircraft

Three-Dimensional Aeromechanical Analysis of Lift Offset Coaxial Rotors: A Helios Test Case. Journal of Aircraft (2024)

Mrinalgouda PatilAnubhav Datta

aerodynamicscoaxial rotorshelios test casethree-dimensional aeromechanical analysisaerospace engineering

Fabrication, Testing, and 3D Comprehensive Analysis of Swept-Tip Tiltrotor Blades. Journal of the American Helicopter Society (2023)

James SutherlandAnubhav Datta

engineeringaerodynamicsmechanical engineeringswept-tip tiltrotor bladesaeronauticsaerospace engineeringaircraftcomprehensive analysis

Prediction and Validation of Whirl Flutter Data of the Maryland Tiltrotor Rig. Journal of the American Helicopter Society (2023)

Seyhan GulAnubhav Datta

aerospace engineeringaerial roboticsmaryland tiltrotor rigunmanned aerial vehiclesaeronauticswhirl flutter data

Scalable Mesh Partitioning for Multibody-3D Finite Element Based Rotary-Wing Structures. Computers & Structures (2023)

Ravi LumbaAnubhav Datta

computer-aided designengineeringmechanical engineeringscalable meshrotary-wing structuresfinite element methodscomputational mechanicsaerospace engineeringstructural mechanics

Structural Design and Aeromechanical Analysis of Unconventional Blades for Future Mars Rotorcraft. Journal of the American Helicopter Society (2023)

Ravi LumbaCheng ChiAnubhav DattaWitold KoningNatalia Perez PerezHaley Cummings

aerospace engineeringunconventional bladesaeromechanical analysis

Three-Dimensional Blade and Hub Stresses of Coaxial Rotors in High-Speed Forward Flight. AIAA SCITECH 2023 Forum (2023)

Mrinalgouda PatilAnubhav DattaBuvana Jayaraman

unmanned aerial vehiclesengineeringaerodynamicshigh-speed forward flighthub stressesmechanical engineeringthree-dimensional bladecoaxial rotorsthermal engineeringaeronauticsaerospace engineering

Vacuum and Hover Tests of a Dihedral–Anhedral Tip Composite Rotor. Journal of Aircraft (2023)

Cheng ChiAnubhav DattaBrahmananda Panda

aerospace engineeringaerodynamicsmechanical engineeringhover testsaeronauticsaircraft

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Anubhav Datta

Alfred Gessow Professor

University of Maryland, College Park

Affiliations

A. James Clark School of Engineering

Aerospace Engineering

Anubhav Datta is currently serving as an A. James Clark School Of Engineering Alfred Gessow Professor at University of Maryland, College Park.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Anubhav Datta

University of Maryland, College Park

Alfred Gessow Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Integrated Three-Dimensional Aeromechanical Analysis for the Prediction of Stresses on Modern Coaxial Rotors. The International Journal of High Performance Computing Applications (2024)

Mrinalgouda PatilRavi LumbaBuvana JayaramanAnubhav Datta

High Speed Whirl Flutter Tests of Swept-Tip Tiltrotor Blades. AIAA SCITECH 2022 Forum (2024)

Xavier DelgadoAnubhav Datta

high speedunmanned aerial vehiclesflutter testsaerodynamicsmechanical engineeringswept-tip tiltrotor bladesaerospace engineeringmechanics

Integrated Three-Dimensional Airloads and Stresses on Lift-Offset Coaxial Rotors at Extreme Speeds. Journal of Aircraft (2024)

Mrinalgouda PatilAnubhav DattaRavi LumbaBuvana Jayaraman

lift-offset coaxial rotorsextreme speedsengineeringthree-dimensional airloadsaerodynamicsmechanical engineeringaerospace technologyaircraft design processaeronauticsaerospace engineeringaircraft

Three-Dimensional Aeromechanical Analysis of Lift Offset Coaxial Rotors: A Helios Test Case. Journal of Aircraft (2024)

Mrinalgouda PatilAnubhav Datta

aerodynamicscoaxial rotorshelios test casethree-dimensional aeromechanical analysisaerospace engineering

Fabrication, Testing, and 3D Comprehensive Analysis of Swept-Tip Tiltrotor Blades. Journal of the American Helicopter Society (2023)

James SutherlandAnubhav Datta

engineeringaerodynamicsmechanical engineeringswept-tip tiltrotor bladesaeronauticsaerospace engineeringaircraftcomprehensive analysis

Prediction and Validation of Whirl Flutter Data of the Maryland Tiltrotor Rig. Journal of the American Helicopter Society (2023)

Seyhan GulAnubhav Datta

aerospace engineeringaerial roboticsmaryland tiltrotor rigunmanned aerial vehiclesaeronauticswhirl flutter data

Scalable Mesh Partitioning for Multibody-3D Finite Element Based Rotary-Wing Structures. Computers & Structures (2023)

Ravi LumbaAnubhav Datta

computer-aided designengineeringmechanical engineeringscalable meshrotary-wing structuresfinite element methodscomputational mechanicsaerospace engineeringstructural mechanics

Structural Design and Aeromechanical Analysis of Unconventional Blades for Future Mars Rotorcraft. Journal of the American Helicopter Society (2023)

Ravi LumbaCheng ChiAnubhav DattaWitold KoningNatalia Perez PerezHaley Cummings

aerospace engineeringunconventional bladesaeromechanical analysis

Three-Dimensional Blade and Hub Stresses of Coaxial Rotors in High-Speed Forward Flight. AIAA SCITECH 2023 Forum (2023)

Mrinalgouda PatilAnubhav DattaBuvana Jayaraman

unmanned aerial vehiclesengineeringaerodynamicshigh-speed forward flighthub stressesmechanical engineeringthree-dimensional bladecoaxial rotorsthermal engineeringaeronauticsaerospace engineering

Vacuum and Hover Tests of a Dihedral–Anhedral Tip Composite Rotor. Journal of Aircraft (2023)

Cheng ChiAnubhav DattaBrahmananda Panda

aerospace engineeringaerodynamicsmechanical engineeringhover testsaeronauticsaircraft

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Similar Faculty Members

Shawn Keshmiri

Institution

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unmanned aerial vehicle

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Sergey V. Shkarayev

Institution

University of Arizona

engineering

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John T. Hwang

Institution

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engineering optimization

aerospace

Jayant Sirohi

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Imon Chakraborty

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vehicle flight dynamics

Souma Chowdhury

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Kamesh Subbarao

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celestial mechanics

Darryll J. Pines

Institution

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aerospace

engineering management

Inderjit Chopra

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aerospace engineering

aerodynamics

Jonathan Rogers

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unmanned aircraft system