Faculty

Institution

Unit

Venue

Kamran Mohseni

Professor

University of Florida

Affiliations

Herbert Wertheim College of Engineering

Department of Electrical & Computer Engineering

Department of Mechanical & Aerospace Engineering

Kamran Mohseni is currently serving as an Electrical & Computer Engineering Professor at University of Florida.

Honors

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Experiences

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Education

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Kamran Mohseni

University of Florida

Professor

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aerospace engineering fluid dynamics aerodynamics aeronautics applied physics engineering fluid mechanics systems engineering robotics marine engineering aerospace technology unmanned aerial vehicles guidance system bio-inspired robotics underwater technologies navigation numerical simulations numerical analysis machine learning automatic control thermal engineering aerial robotics ocean engineering vehicular technology avian biology astronautics low-aspect-ratio wings aerospace robotics positioning systems thermal management lagrangian coherent structures flat plate fluid flow hydraulics marine hydrodynamics ornithology computational fluid dynamics ocean technology fiber reinforcement flight control micro technology turbulence modeling experimental analysis underwater vehicles fish biology localization operational oceanography scientific computing unmanned aircraft systems sensor design intelligent robotics acoustical engineering vortex dynamics motion control compressible flows regularization (mathematics) hydraulic engineering robot control two-dimensional airfoil fish lateral line hydrodynamic force estimation inviscid regularization flow patterns flow structures axisymmetric synthetic jets experimental botany experimental biology nanoscale science sensor technology automation engineering thrust characterization dynamic modeling fluid transport compact micro systems unsteady aerodynamics round synthetic jet aerospace propulsion technology propulsion harsh environments

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analyzing Deformations in Fiber-Reinforced Soft Membranes Undergoing Axisymmetric Inflation: Continuum Model and Experimental Validation. European Journal of Mechanics - A/Solids (2024)

Austin MossKamran Mohseni

fiber-reinforced soft membranesengineeringcontinuum modelingexperimental validationmechanical scienceapplied physicssolid mechanicsmechanics of materialsstructural mechanicscontinuum modeldeformationmechanicsaxisymmetric inflationmechanical engineering

High-Stretch, Tendon-Driven, Fiber-Reinforced Membrane Soft Actuators With Multiple Active Degrees of Freedom. Communications Engineering (2024)

Nick ShollKamran Mohseni

engineeringsoft roboticsmultiple active degreesactive controlbiomedical engineeringtendon injuriescommunication engineeringbiomechanicsmechanical engineering

An Experimental Evaluation of Radio Models for Localizing Fixed-Wing Uavs in Rural Environments. IEEE Transactions on Vehicular Technology (2023)

Matthew SilicKamran Mohseni

radio modelsvehicle technologyunmanned aerial vehiclesvehicular technologyelectrical engineeringradio engineeringaeronauticsexperimental evaluationfixed-wing uavsrf localizationrural environmentsvehicle communication

A Theory on Leading-Edge Vortex Stabilization by Spanwise Flow. Journal of Fluid Mechanics (2023)

Xi XiaKamran Mohseni

fluid mechanicsleading-edge vortex stabilizationspanwise flowengineering

Autonomous Underwater Vehicle Depth and Pitch Trajectory Tracking Using Fiber-Reinforced Elastomer Bladders for Buoyancy Control. IEEE Journal of Oceanic Engineering (2022)

Nick ShollKevin NelsonKamran Mohseni

oceanographyengineeringoperational oceanographyroboticsbuoyancy controlfiber-reinforced elastomer bladdersunderwater systemsunderwater technologiesmarine engineeringapplied physicsocean engineeringnavigationautonomous navigation

A Geometric Framework for Rigid Body Attitude Estimation. Automatica (2021)

Yujendra Bharathi MitikiriKamran Mohseni

systems engineeringautomatic controlgeometrycomputer scienceaerospace engineeringestimation theorygeometric framework

A New Kinematic Criterion for Vortex Ring Pinch-Off. Physics of Fluids (2021)

Michael KriegKamran Mohseni

fluid mechanicsfluid dynamicsapplied physicsphysics

Modeling and Characterizing a Fiber-Reinforced Dielectric Elastomer Tension Actuator. IEEE Robotics and Automation Letters (2021)

Austin MossMike KriegKamran Mohseni

mechatronicsautomation engineeringmicromechanicsengineeringadvanced materialsprecision engineeringmicro-electromechanical systemsroboticsindustrial roboticsadvanced dielectricfibersfiber reinforcementtribologyassistive technologyadvanced manufacturing technologieswearable technologyelectrical engineeringmechanical engineering

Smoothed-Particle-Hydrodynamics for the Control of Robotic Swarms and Parametric Associations. IEEE Transactions on Control of Network Systems (2021)

Yujendra MitikiriMatthew SilicKamran Mohseni

robotic swarmssystems engineeringrobot controlautomatic controlroboticscontrol science

Theoretical Model for the Separated Flow Around an Accelerating Flat Plate Using Time-Dependent Self-Similarity. Physical Review Fluids (2021)

A. C. DeVoriaK. Mohseni

fluid dynamicstime-dependent self-similaritytheoretical modelingseparated flowapplied physicsphysicstheoretical model

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Kamran Mohseni

Professor

University of Florida

Affiliations

Herbert Wertheim College of Engineering

Department of Electrical & Computer Engineering

Department of Mechanical & Aerospace Engineering

Kamran Mohseni is currently serving as an Electrical & Computer Engineering Professor at University of Florida.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kamran Mohseni

University of Florida

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Analyzing Deformations in Fiber-Reinforced Soft Membranes Undergoing Axisymmetric Inflation: Continuum Model and Experimental Validation. European Journal of Mechanics - A/Solids (2024)

Austin MossKamran Mohseni

High-Stretch, Tendon-Driven, Fiber-Reinforced Membrane Soft Actuators With Multiple Active Degrees of Freedom. Communications Engineering (2024)

Nick ShollKamran Mohseni

engineeringsoft roboticsmultiple active degreesactive controlbiomedical engineeringtendon injuriescommunication engineeringbiomechanicsmechanical engineering

An Experimental Evaluation of Radio Models for Localizing Fixed-Wing Uavs in Rural Environments. IEEE Transactions on Vehicular Technology (2023)

Matthew SilicKamran Mohseni

A Theory on Leading-Edge Vortex Stabilization by Spanwise Flow. Journal of Fluid Mechanics (2023)

Xi XiaKamran Mohseni

fluid mechanicsleading-edge vortex stabilizationspanwise flowengineering

Autonomous Underwater Vehicle Depth and Pitch Trajectory Tracking Using Fiber-Reinforced Elastomer Bladders for Buoyancy Control. IEEE Journal of Oceanic Engineering (2022)

Nick ShollKevin NelsonKamran Mohseni

A Geometric Framework for Rigid Body Attitude Estimation. Automatica (2021)

Yujendra Bharathi MitikiriKamran Mohseni

systems engineeringautomatic controlgeometrycomputer scienceaerospace engineeringestimation theorygeometric framework

A New Kinematic Criterion for Vortex Ring Pinch-Off. Physics of Fluids (2021)

Michael KriegKamran Mohseni

fluid mechanicsfluid dynamicsapplied physicsphysics

Modeling and Characterizing a Fiber-Reinforced Dielectric Elastomer Tension Actuator. IEEE Robotics and Automation Letters (2021)

Austin MossMike KriegKamran Mohseni

Smoothed-Particle-Hydrodynamics for the Control of Robotic Swarms and Parametric Associations. IEEE Transactions on Control of Network Systems (2021)

Yujendra MitikiriMatthew SilicKamran Mohseni

robotic swarmssystems engineeringrobot controlautomatic controlroboticscontrol science

Theoretical Model for the Separated Flow Around an Accelerating Flat Plate Using Time-Dependent Self-Similarity. Physical Review Fluids (2021)

A. C. DeVoriaK. Mohseni

fluid dynamicstime-dependent self-similaritytheoretical modelingseparated flowapplied physicsphysicstheoretical model

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10 / page

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Similar Faculty Members

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Institution

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supersonic combustion

turbulence modeling

Franz Hover

Institution

Massachusetts Institute of Technology

biosystems

bio-inspired design

Xiaobo Tan

Institution

Michigan State University

sensor

biomimetic actuator

Derek Paley

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engineering

systems engineering

Yantao Shen

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GeCheng Zha

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Soon-Jo Chung

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