Department of Aerospace Engineering

UIUC

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numerical simulations aerospace aerodynamics fluid dynamics fluid mechanics fluid flow computational fluid dynamics mechanics aircraft shock waves unsteady flows mechanical science thermal engineering control systems control optimization propulsion plasma chemistry heat transfer plasma physics automatic control aeroelasticity control system technology boundary layers turbulence modeling scientific computing mathematical optimization nonlinear dynamics unmanned aircraft systems aerospace propulsion aeronautics plasma science plasma applications turbulent flow heat transfer trajectory planning flow physics vortex dynamics computational fluid dynamic numerical simulation compressible flows numerical method for partial differential equation trajectory optimization vortex induced vibration mechanical behavior aerostructure crack formation space engineering mathematical control theory learning control path planning robust control laser-plasma interaction laser-induced breakdown thermal modeling plasma combustion supersonic combustion wave propagation mechanical modeling space technology control system optimal control unsteady flow unmanned aircraft system frontal polymerization

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Scholars

Notable Scholarly Works

Nancy R Sottos

Position

Donald Biggar Willett Professor of Engineering Department Affiliate

Institution

UIUC

dynamic delamination

self-healing material

reinforced plastic

biological engineering

sustainable composite

polymer science

self-healing surface

energy efficient manufacturing

composite material

polymer composite

materials science

mechanical engineering

polymer composites

self-healing materials

biomedical engineering

composite materials

advanced composite material (engineering)

polymer chemistry

polymer testing

mechanics of materials

composite structures

composite interface

mechanical properties

composite science

biomaterials

biopolymers

polymer degradation

applied physics

chemical engineering

chemistry

micro-encapsulation

polymeric surface

self-repair

fiber-reinforced composites

thin films

fibers

material chemistry

polymer engineering

biofabrication

mechanical science

advanced energy material

energy storage materials

energy storage

mechanics

composite technology

lithium-ion batteries

smart materials

fracture mechanics

advanced materials

advanced fiber material

polymer technology

controlled release

interface science

wound healing

electrochemistry

adhesion

electrochemical energy storage

fiber reinforcement

tissue engineering

electrochemical engineering

polymer synthesis

smart polymers

composite construction

frontal polymerization

mechanical testing

polymer reaction

biomaterials design

polymerization kinetics

biomimetic materials

additive manufacturing

reinforced plastics

thermoplastic composite

precision engineering

material research

polymer stability

mechanical behavior

organic coating

piezoelectric materials

piezoelectricity

organic process research

polymer properties

macromolecular science

thin film processing

thin film process technology

self-healing polymers

Alex Vakakis

Position

Department Affiliate

Institution

UIUC

vibration

nonlinear dynamic

nonlinear vibration

engineering

nonlinear phenomena

nonlinear systems

vibrations

nonlinear analysis

nonlinear science

nonlinear dynamics

nonlinear vibrations

applied mathematics

vibration control

mechanical engineering

dynamical systems

physics

wave nonlinearity

nonlinear resonance

mechanics

mechanical systems

nonlinear oscillations

applied physics

nonlinear mechanical system

structural mechanics

aerospace engineering

stability

structural control

nonlinear vibration control

nonlinear wave propagation

mechanical science

nonlinear acoustics

oscillation theory

structural dynamics

fluid dynamics

nonlinear system identification

granular materials

structural vibrations

wave propagation

aerodynamics

engineering structures

fluid mechanics

modal analysis

shock waves

aeroelasticity

energy harvesting

structural safety

nonlinear energy sink

structural engineering

statistical physics

vibration isolation

energy transformation

aircraft

sound

system identification

mechanics of materials

mathematical physics

passive energy dissipation

computational mechanics

nonlinear process

active vibration control

physical acoustics

precision engineering

periodic travelling wave

wave theory

wave motion

acoustic metamaterials

nonlinear elasticity

statistical mechanics

bifurcation theory

granular medium

unsteady flows

numerical simulations

targeted energy transfer

nonlinear normal modes

energy transfer

nonlinear attachment

empirical mode decomposition

Lawrence A Bergman

Position

Professor Emeritus

Institution

UIUC

structural control

vibration-based energy harvesting

earthquake engineering

civil engineering

seismic isolation

structural vibration

engineering

vibration

vibration control

energy transfer

vibrations

nonlinear systems

mechanical engineering

nonlinear analysis

nonlinear vibrations

applied mathematics

nonlinear dynamics

nonlinear phenomena

mechanical systems

nonlinear science

dynamical systems

mechanics

structural mechanics

nonlinear resonance

physics

aerospace engineering

nonlinear oscillations

systems engineering

stability

structural dynamics

mechanical science

nonlinear vibration control

nonlinear mechanical system

structural vibrations

wave nonlinearity

structural engineering

engineering structures

control systems

structural safety

aerodynamics

computational mechanics

oscillation theory

numerical analysis

modal analysis

aeroelasticity

nonlinear system identification

random vibrations

fluid dynamics

differential equations

stochastic process

active vibration control

nonlinear energy sink

mechanical testing

energy harvesting

mechanics of materials

energy transformation

aircraft

structural analysis

system identification

passive energy dissipation

finite element method in structural mechanics

fluid mechanics

aerospace

vehicle system dynamics

vibration isolation

friction

active control

numerical simulations

precision engineering

vehicle dynamics

automatic control

control system technology

nonlinear process

seismic analysis

unsteady flows

boundary value problems

numerical mathematics

structural optimization

mechanical modeling

stochastic dynamical systems

shock waves

bridge engineering

targeted energy transfer

empirical mode decomposition

linear oscillator

nonlinear attachment

Philippe Geubelle

Position

Bliss Professor and Executive Associate Dean Executive Associate Dean

Institution

UIUC

mechanical engineering

mechanical properties

self-healing material

composite science

thermoplastic composite

shape optimization

advanced composite material (engineering)

frontal polymerization

high performance computing

composite material

materials science

engineering

mechanics of materials

mechanics

fracture mechanics

numerical simulations

composite materials

composite interface

applied physics

polymer science

composite structures

solid mechanics

finite element method in structural mechanics

mechanical science

computational mechanics

dynamic crack propagation

applied mathematics

polymer composites

crack formation

numerical analysis

fluid dynamics

finite element methods

fluid mechanics

computational fluid dynamics

composite technology

structural mechanics

thin films

granular materials

heat transfer

multiscale modeling

thermal engineering

computational engineering

fluid flow

numerical mathematics

multiscale mechanic

fiber-reinforced composites

deformation

polymer testing

mechanical behavior

shock waves

granular medium

interface science

wave propagation

wave nonlinearity

elasticity (physics)

adhesion

polymer chemistry

dispersion science

scientific computing

fiber reinforcement

polymer engineering

stress wave

design optimization

aerodynamics

engineering optimization

fibers

boundary value problems

mechanical modeling

multiscale material

fluid-structure interaction

mechanical testing

structural optimization

tribology

polymer modeling

damage evolution

additive manufacturing

material nonlinearities

continuum modeling

reinforced plastics

boundary element methods

numerical method for partial differential equation

boundary layers

polymerization kinetics

nonlinear phenomena

adhesive material

damage mechanism

thin film processing

self-healing materials

spectral scheme

Naira Hovakimyan

Position

Department Affiliate

Institution

UIUC

automation

automation engineering

oil production

autonomous robot

unmanned aircraft system

system safety

aerospace robotics

robotics automation

space robotics

robust adaptive control

cyber-physical systems

robotics

control system

automatic control

safety critical systems

systems engineering

control systems

adaptive control

aerospace engineering

control optimization

robust control

robust nonlinear control

nonlinear systems

unmanned aircraft systems

unmanned aerial vehicles

aerospace

applied mathematics

control system technology

aircraft

navigation

flight control

nonlinear control

autonomous robots

computer science

trajectory planning

dynamical systems

aerial robotics

trajectory optimization

unmanned systems

multiagent systems

nonlinear dynamics

machine learning

vehicle system dynamics

active control

path planning

drones

tracking control

stability

field robotics

neural network (machine learning)

intelligent vehicles

aerodynamics

mathematical optimization

mathematical control theory

reinforcement learning

flying robot

machine vision

guidance system

networked control

computer vision

control engineering

unmanned vehicles

learning control

deep learning

networked system design

air vehicle system

autonomous navigation

robot learning

vehicle control

distributed coordination

aerospace systems

aeronautics

computational optimization

l1 adaptive controller

swarm intelligence

state observer

l1 adaptive control

multiple uavs

neural network

Iwona M Jasiuk

Position

Professor; Richard W Kritzer Faculty Scholar

Institution

UIUC

advanced manufacturing

mechanical engineering

mechanical properties

advanced manufacturing technologies

engineering

computational mechanics

industrial design

additive manufacturing

bio-inspired design

mechanical performance

bone mechanics

3d printing

materials science

mechanics of materials

mechanical science

bone research

composite materials

composite structures

mechanics

orthopaedic surgery

biomechanics

advanced composite material (engineering)

orthopaedic research

fracture mechanics

solid mechanics

biomedical engineering

bone density

bone remodeling

composite interface

composite science

elasticity (physics)

biomechanical engineering

mechanobiology

applied physics

composite technology

bone fracture

polymer science

advanced materials

polymer composites

osteoporosis

deformation

mechanical behavior

nonlinear elasticity

nanomaterials

mechanical testing

bone imaging

musculoskeletal disorders

micromechanics

continuum mechanics

structural mechanics

material research

structural optimization

bone health

material nonlinearities

mechanical deformation

thermoplastic composite

orthopedic biomechanics

trabecular bone

fiber-reinforced composites

microstructure

polymer chemistry

tissue engineering

neural network (machine learning)

deep learning

nanostructured polymers

materials engineering

structural materials

machine learning

material chemistry

manufacturing technology

interface science

machine learning research

fracture healing

bone metabolism

mechanical modeling

hierarchical structure

metals

nanocomposites

skeletal trauma

synthetic bone substitute

damage evolution

bone repair

carbon-based materials

polymer degradation

carbon

rational mechanic

polymer testing

crack formation

graph neural networks

elastic moduli

polymer nanocomposites

Nagi Mansour

Position

Adjunct Research Professor

Institution

UIUC

numerical simulations

planetary sciences

astronomy

space weather

fluid dynamics

physics

engineering

solar physics

magnetohydrodynamics

computational fluid dynamics

materials science

fluid mechanics

fluid flow

solar-terrestrial interaction

aerospace engineering

astrophysics

plasma physics

thermal engineering

heat transfer

space science

geophysical research

heat mass transfer

turbulence modeling

geophysics

porous materials

atmospheric research

unsteady flows

thermodynamics

computational astrophysics

wave nonlinearity

atmospheric science

stellar astrophysics

carbon

space physics

magnetospheric plasma

computational materials science

boundary layers

numerical analysis

scientific computing

shock waves

electromagnetic fields

porosity

observational astronomy

vortex dynamics

thermal protection

space plasma physics

space exploration

aerodynamics

electromagnetism

chemical kinetics

turbulent flow heat transfer

astrophysical simulations

material simulation

multiscale modeling

hypersonic speed

advanced materials

stellar evolution

chemical reaction engineering

fibers

pore structure

modeling and simulation

planetary science

microstructure

fluid science

material modeling

compressible flows

pyrolysis process

carbonization

flow physics

wave propagation

analytical pyrolysis

applied pyrolysis

thermal modeling

stellar structure

atmospheric acoustic

physical acoustics

solar convection

planetary change

radiative transfer

planetary magnetospheres

thermal insulation

atmospheric measurement technique

nonlinear phenomena

biomedical imaging

numerical method for partial differential equation

thermal analysis

porous media

Jonathan Freund

Position

Willett Professor Department Head

Institution

UIUC

aerospace engineering

large-scale parallel computing

scientific computing

numerical simulation

aerodynamic sound

fluid dynamics

numerical analysis

engineering

multiphysics problem

computational infrastructure

uncertainty quantification

fluid mechanics

computational fluid dynamic

fluid flow

computational fluid dynamics

physics

aeroacoustics

numerical simulations

applied mathematics

shock waves

turbulence modeling

applied physics

noise

sound

aerodynamics

sound propagation

combustion

combustion science

biomedical engineering

mechanical engineering

fluid science

biophysics

combustion flame

biofluid dynamics

unsteady flows

engineering noise control

lasers

blood flow

laser-induced breakdown

blood vessels

aerospace

engineering acoustic

plasma physics

physical acoustics

biomedical flows

plasma combustion

compressible flows

biomechanics

mechanobiology

nonlinear phenomena

ion implantation

wave nonlinearity

interface (matter)

mechanics

numerical mathematics

interface science

bubble dynamics

combustion engineering

rheology

turbulent flame

ion beams

turbulent flow heat transfer

laser-plasma interaction

hydrogen

transport phenomena

cellular physiology

vascular biology

supersonic combustion

surface science

ultrasound

active control

plasma chemistry

flow physics

active noise control

circulatory physiology

mechanical science

fluid-solid interactions

hydrogen combustion

boundary layers

shock compression

ion emission

aircraft

fracture mechanics

acoustic cavitation

surface tension

interfacial phenomena

noise control

turbulent jet

proper orthogonal decomposition

Girish Chowdhary

Position

Associate Professor Agricultural and Biological Engineering and Computer Science

Institution

UIUC

robotics perception

adaptive control

vision robotics

intelligent robot

robot learning

machine vision

machine learning

reinforcement learning

robotics

systems engineering

computer science

control systems

automatic control

control optimization

aerospace engineering

autonomous robots

learning control

unmanned aerial vehicles

unmanned aircraft systems

data science

field robotics

artificial intelligence

navigation

deep learning

aerospace

neural network (machine learning)

robotics automation

flight control

autonomous navigation

aircraft

agricultural robots

computer vision

multiagent systems

robust nonlinear control

nonlinear systems

automation

aerial robotics

unmanned systems

intelligent systems

computational intelligence

precision agriculture

deep reinforcement learning

control system technology

robust control

uncertainty quantification

machine learning research

dynamical systems

bayesian analysis

localization

unmanned vehicles

remote sensing

multi-agent learning

intelligent robotic systems

gaussian process

tracking control

trajectory planning

multi-agent planning

information fusion

model predictive control

intelligent control

sustainable agriculture

uncertainty analysis

soft robotics

drones

smart agriculture

model-based control technique

adaptive algorithms

mathematical optimization

image representation

path planning

robot control

agricultural cybernetics

agricultural machinery

swarm intelligence

nonlinear dynamics

markov decision process

gaussian processes

neural network

concurrent learning

Donald Michael McFarland

Position

ADJ RES PROF

Institution

UIUC

vibrations

engineering

vibration control

nonlinear systems

nonlinear vibrations

nonlinear analysis

nonlinear phenomena

mechanical engineering

nonlinear dynamics

nonlinear science

mechanics

mechanical systems

applied mathematics

dynamical systems

wave nonlinearity

aerospace engineering

structural mechanics

nonlinear resonance

nonlinear vibration control

nonlinear oscillations

structural control

nonlinear mechanical system

physics

aerodynamics

nonlinear system identification

stability

mechanical science

aeroelasticity

structural vibrations

structural dynamics

nonlinear energy sink

aircraft

engineering structures

system identification

fluid dynamics

structural safety

active vibration control

modal analysis

aerospace

oscillation theory

vibration isolation

energy harvesting

time series

energy transformation

mechanical testing

structural engineering

mechanics of materials

wave propagation

nonlinear process

empirical mode decomposition

granular materials

nonlinear acoustics

random vibrations

computational mechanics

aerostructure

passive energy dissipation

nonlinear attachment

sound

shock waves

precision engineering

numerical simulations

wave motion

physical acoustics

aeronautics

targeted energy transfer

active control

nonlinear wave propagation

sound propagation

unsteady flows

mechanical modeling

experimental study

friction

engineering acoustic

seismic analysis

limit cycle oscillations

energy transfer

Marco Caccamo

Position

Adjunct Professor

Institution

UIUC

unmanned aerial vehicle

multicore architectures

automation

embedded system

automation engineering

unmanned vehicle

unmanned aircraft system

design automation

electronic design automation

design

systems engineering

computer science

computer engineering

computer architecture

high performance computer architecture

parallel computing

microarchitecture

embedded systems

distributed systems

system software

scheduling (computing)

system safety

real-time computing

real-time systems

unmanned aircraft systems

unmanned aerial vehicles

cyber-physical systems

operating systems

scheduling analysis

scalability

reinforcement learning

control optimization

autonomous robots

aerospace engineering

high-performance architectures

automatic control

deep reinforcement learning

robotics

networked system design

aerial robotics

control systems

aircraft

machine learning

aerospace

real-time algorithms

unmanned systems

software analysis

manycore processor

deep learning

artificial intelligence

parallel programming

drones

robot learning

real-time multiprocessor system

scheduling problems

wireless networks

real-time system design

communications systems

many-core architectures

formal verification

field robotics

air vehicle system

wireless communications

real-time operating systems

formal methods

telecommunication networks

operations research

wireless sensor networks

hardware security

neural network (machine learning)

computational intelligence

shared memory

controller synthesis

software engineering

intelligent systems

computer security

processor architectures

control system security

selfdriving car

control system technology

reliability engineering

intelligent vehicles

real-time operation

memory management

computational optimization

caching

embedded operating systems

autonomous driving

power consumption

robotics automation

communication security

mixed criticality

unmanned vehicles

multiprocessor systems

learning control

aerospace systems

combinatorial optimization

data security

real-time communication

memory architectures

wireless sensor systems

multi-agent learning

cps security

flying robot

schedulability analysis

cache partitioning

Michael S Selig

Position

Professor Emeritus

Institution

UIUC

offshore mechanic

aerospace engineering

airfoil design

aircraft

renewable energy

engineering

aerodynamics

modeling and simulation

aerospace simulation

aircraft design process

wind energy systems

aerospace

aeronautics

turbomachinery

wind power

computational fluid dynamics

mechanical engineering

wind energy technology

aeroelasticity

fluid dynamics

wind engineering

systems engineering

unmanned aircraft systems

fluid flow

wind power generation

fluid mechanics

design optimization

aerostructure

unsteady flows

unmanned aerial vehicles

propulsion

rotor dynamics

aeroacoustics

aerospace systems

structural optimization

numerical simulations

engineering optimization

air vehicle system

offshore mechanics

wind-assisted propulsion

computational engineering

boundary layers

flight control

automotive aerodynamics

computational mechanics

aerial robotics

aerospace technology

engineering structures

shock waves

offshore structures

aerospace propulsion

atmospheric icing

turbulence modeling

low reynolds numbers

wind tunnel testing

structural mechanics

drones

offshore wind power

wind tunnel tests

wind turbines

multidisciplinary optimization

ice-structure interaction

design methodology

Timothy Wolfe Bretl

Position

Professor

Institution

UIUC

optimal control

automation

intelligent automation

automation engineering

artificial intelligence

intelligent robotic system

robotics automation

robot control

robotics

rehabilitation robotics

autonomous robots

systems engineering

applied mathematics

computer science

kinematics

kinesiology

trajectory planning

path planning

control optimization

robot kinematics

field robotics

aerospace engineering

control systems

mechanical systems

intelligent robot

robot learning

motor control

computer vision

intelligent robotic systems

machine vision

human movement

automatic control

unmanned aircraft systems

mathematical optimization

rehabilitation engineering

unmanned aerial vehicles

machine learning

biomedical circuits

stem education

prosthesis

legged robots

intelligent robotics

navigation

aerospace

engineering education

aircraft

localization

educational assessment

braincomputer interface

medical devices

neural engineering

wearable technology

dynamical systems

sensors

geometric modeling

computational mechanics

physical medicine

physiological measurements

neural interfaces

reinforcement learning

mechatronics

applied physiology

mechanical science

higher education

dexterous manipulation

motion planning

mechanics

neural computation

bioelectronics

computational geometry

user interfaces

aerodynamics

image analysis

computing education

undergraduate research

educational research

multibody system dynamic

human robot interaction

computer-aided design

object manipulation

trajectory optimization

medical electronics

bipedal locomotion

advanced motion control

humanoid robots

aeronautics

aerospace systems

control system technology

motion control

differential wheeled robot

eeg signal processing

learning control

motion synthesis

aerial robotics

flight control

stimulation device

haptic feedback

3d pose estimation

student outcomes

planar elastic rod

quasi-static manipulation

inverse optimal control

static equilibrium

electrotactile stimulation

second-chance testing

John Lambros

Position

Willett Professor in Engineering

Institution

UIUC

low-cycle fatigue

microstructure-strength relationship

mechanical engineering

mechanics of materials

wave propagation

dynamic failure

mems devices

mechanical behavior

fracture mechanic

composite structure

materials science

solid mechanics

fracture mechanics

engineering

applied physics

deformation

mechanical science

mechanics

mechanical testing

crack formation

digital image correlation

dynamic crack propagation

mechanical properties

microstructure

stressstrain analysis

composite structures

metals

composite interface

plasticity

advanced composite material (engineering)

structural mechanics

composite materials

severe plastic deformation

granular materials

strain localization

high strain rate

structural testing

shock waves

structural materials

material research

granular medium

fiber-reinforced composites

numerical simulations

additive manufacturing

mechanical deformation

finite element method in structural mechanics

precision engineering

stress wave

digital image processing

biomedical imaging

impact loading

characterization (materials science)

wave nonlinearity

microscopy

polymer science

computational mechanics

intermetallics

thermal engineering

computational imaging

engineering structures

advanced manufacturing technologies

work hardening

damage mechanism

fiber reinforcement

experimental mechanics

optical properties

reliability physics

crystal growth

polymer testing

dispersion science

damage evolution

thermomechanical analysis

coherent gradient sensing

residual stress

fibers

composite science

crystal research

structural safety

manufacturing technology

dynamic constitutive behavior

micromechanics

elasticity (physics)

material nonlinearities

micro-electromechanical systems

digital volume correlation

strain rate

George Miley

Position

Professor Emeritus

Institution

UIUC

inertial fusion energy

fusion

nuclear chemistry

fusion engineering

controlled nuclear fusion

nuclear fusion

engineering

energy conversion

reactor kinetics

direct energy conversion

physics

fusion science

nuclear science

applied physics

nuclear physics

plasma physics

fusion power

lasers

electrical engineering

inertial confinement fusion

fusion system design

radiation

particle beam

electromagnetic fields

nuclear materials

electromagnetism

aerospace engineering

high energy density physics

laser-plasma interaction

plasma science

magnetic confinement fusion

energy transformation

propulsion

nuclear engineering

atomic physics

plasma chemistry

plasma applications

instrumentation

nuclear energy

applied plasma physics

fusion reactor material

optical pumping

atomic spectroscopy

high-energy nuclear reaction

laser plasma physics

laser science

neutron source

fuel cells

electrochemistry

magnetohydrodynamics

energy research

energy storage

ultrafast laser spectroscopy

hydrogen

advanced energy material

energy chemistry

ion beams

basic plasma physics

hydrogen energy

energy storage materials

aerospace propulsion

fusion energy

inertial electrostatic confinement

Leonardo Patricio Chamorro Chavez

Position

Professor

Institution

UIUC

fluid dynamics

fluid mechanics

fluid flow

aerodynamics

turbomachinery

wind power

wind engineering

computational fluid dynamics

aerospace engineering

wind energy technology

wind power generation

engineering

unsteady flows

turbulence modeling

mechanical engineering

environmental fluid mechanics

civil engineering

fluid science

flow physics

renewable energy

offshore structures

vortex dynamics

hydraulic machinery

vortex induced vibration

mechanics

fluid machinery

wave nonlinearity

meteorology

wind-assisted propulsion

model wind turbine

multiphase flows

particle-laden flows

vibrations

numerical simulations

turbulent flow heat transfer

heat transfer

boundary layers

aeroelasticity

aerospace

dispersion science

bubble dynamics

wind turbines

hydraulic research

environmental fluid dynamics

atmospheric research

aircraft

marine engineering

hydrodynamic stability

wind turbine

model wind turbines

wind farms

tip vortices

energetic coherent motions

Bruce A Conway

Position

Professor Emeritus

Institution

UIUC

aerospace engineering

control optimization

dynamical system

spacecraft attitude control

celestial mechanics

trajectory optimization

applied mathematics

aerospace

systems engineering

trajectory planning

control systems

computational optimization

design optimization

navigation

engineering optimization

space exploration

automatic control

numerical analysis

global optimization

guidance system

mathematical optimization

propulsion

swarm intelligence

evolutionary computation

orbit determination

genetic algorithms

dynamical systems

nonlinear systems

numerical mathematics

space mission design

computational engineering

operations research

vehicle system dynamics

numerical algorithms

aircraft

earth-moon system

planetary systems

numerical computation

evolutionary programming

system optimization

path planning

optimal control

evolutionary intelligence

geodesy

robust nonlinear control

multidisciplinary optimization

formation flying

swarm dynamic

differential games

space engineering

optimal trajectories

particle swarm optimization

Michael B Bragg

Position

Professor Emeritus

Institution

UIUC

aerospace engineering

aircraft

fluid flow

atmospheric icing

fluid dynamics

engineering

aerospace

aerodynamics

aircraft icing

aeronautics

computational fluid dynamics

fluid mechanics

numerical simulations

ice-structure interaction

aeroelasticity

unsteady flows

aerostructure

ice load

modeling and simulation

mechanical engineering

aeroacoustics

cold region science

boundary layers

ice accretion

aerospace simulation

cryosphere

ice-water system

aerospace technology

airfoil performance

vortex induced vibration

aircraft design process

computational mechanics

unmanned aircraft systems

turbulence modeling

environmental fluid mechanics

aerospace systems

heat transfer

turbomachinery

vortex dynamics

airfoil section

airfoil aerodynamics

swept wing

ice shapes

flow physics

wind engineering

structural optimization

automotive aerodynamics

airfoil geometry

iced airfoil

airfoil model

simulated ice accretion

airfoil stall

Gregory S Elliott

Position

Professor

Institution

UIUC

aerospace engineering

supersonic combustion

numerical simulation

engine research

fluid dynamics

plasma interactions

experimental thermal

fluid sciences

engineering

aerodynamics

aerospace propulsion

combustion

propulsion

computational fluid dynamic

fluid mechanics

fluid flow

shock waves

computational fluid dynamics

unsteady flows

mechanical engineering

lasers

physics

compressible flows

applied physics

flow physics

plasma physics

turbulence modeling

flow measurement

boundary layers

instrumentation

spectroscopy

fluid science

laser-plasma interaction

aerospace

numerical simulations

plasma chemistry

combustion science

measurement

laser-induced breakdown

heat transfer

dispersion science

combustion flame

shock compression

turbulent flow heat transfer

plasma applications

plasma combustion

mechanics

optical properties

hypersonic speed

thermal engineering

plasma science

vortex dynamics

laser absorption spectrometry

aeroacoustics

atomic spectroscopy

laser plasma physics

plasma diagnostics

rayleigh scattering

interferometry

hydrogen combustion

laser-based sensor

laser energy deposition

molecular filter

filtered rayleigh scattering

gas discharge plasma

turbulent flame

vortex induced vibration

normal shock

compliant panel

compressibility effects

Ioannis Chasiotis

Position

Professor

Institution

UIUC

experimental mechanics

fabrication technique

3d bioprinting

mechanical engineering

mechanics of materials

high fidelity 3d

advanced manufacturing technologies

mechanics

additive manufacturing

microfabrication

materials science

digital fabrication

3d printing

applied physics

mechanical properties

material research

mechanical science

thin films

precision engineering

fracture mechanics

advanced fiber material

nanomaterials

nanomechanics

fibers

mechanical testing

microstructure

nanofibers

advanced materials

composite materials

micro-electromechanical systems

nanotechnology

polymer science

composite interface

advanced composite material (engineering)

mechanical behavior

solid mechanics

interface science

engineering

thin film processing

characterization (materials science)

polymer composites

thin film process technology

metals

carbon

micromechanics

microstructure-strength relationship

tribology

nanostructured polymers

microelectronics

deformation

fiber spinning

nanocomposites

structural materials

composite science

stressstrain analysis

high strain rate

nanomanufacturing

carbon nanotubes

mechanobiology

advanced functional materials

composite structures

matrix biology

mechanical deformation

diamond-like carbon

fiber structure

carbon-based materials

biomechanics

reliability physics

polymer testing

microelectronics reliability

scanning force microscopy

amorphous solid

strain rate

surface science

microscopy

materials engineering

nanoengineering

interface (matter)

crystal growth

crack formation

electroceramics

scanning probe microscopy

nanometrology

piezoelectric materials

nanocrystalline materials

nano scale

surface nanotechnology

composite technology

cell biomechanics

fiber science

multimaterial fiber

mems materials

mechanical strength

nanocrystalline au films

polymer nanocomposites

polycrystalline silicon

tensile strength

Arif Masud

Position

Professor John and Eileen Blumenschein Professor in CEE

Institution

UIUC

constitutive modeling

computer-aided design

mechanical engineering

numerical simulation

multi-physics modelling

multiscale modeling

engineering

structural optimization

modeling and simulation

physics-constrained data-driven modeling

additive manufacturing

nonlinear material modeling

computer-aided engineering

applied mathematics

numerical analysis

numerical simulations

finite element methods

computational mechanics

fluid dynamics

computational fluid dynamics

fluid mechanics

numerical mathematics

finite element method in structural mechanics

partial differential equations

boundary value problems

fluid flow

numerical method for partial differential equation

materials science

mechanical science

mechanics

mechanics of materials

scientific computing

incompressible flow

nonlinear analysis

composite structures

fluid-structure interaction

semi-implicit method

solid mechanics

computational engineering

structural mechanics

numerical algorithms

advanced composite material (engineering)

mechanical modeling

composite materials

multiscale mechanic

boundary element methods

blood flow

deformation

composite interface

stability

multiscale analysis

unsteady flows

vortex induced vibration

method of fundamental solution

vortex dynamics

differential equations

blood vessels

turbulence modeling

vibrations

fracture mechanics

vibration control

composite science

vascular biology

mechanical deformation

hydrodynamic stability

continuum modeling

diffusion

polymer science

fluid science

circulatory physiology

polymer testing

continuum mechanics

composite technology

variational analysis

multiscale material

mechanical behavior

compressible flows

fluid-solid interactions

multiphysics problems

contact mechanics

isogeometric analysis

multiscale hydrodynamics

blood flow measurement

biofluid dynamics

unstructured mesh generation

numerical stability

polymer modeling

multiscale phenomena

variational multiscale method

rigid circular cylinder

darcy flow

frontal polymerization

Tonghun Lee

Position

Department Affiliate

Institution

UIUC

aerospace engineering

hypersonic speed

energy research

supersonic combustion

gas turbine combustion

alternative fuel

engineering

advanced propulsion

thermal engineering

aerospace propulsion

combustion

combustion dynamics

propulsion

combustion science

combustion flame

combustion engineering

engine research

lasers

fuel science

combustion theory

fluid dynamics

mechanical engineering

turbulent flame

premixed turbulent flame

internal combustion engine

chemistry

chemical engineering

chemical reaction engineering

chemical kinetics

plasma combustion

heat transfer

computational fluid dynamics

fire technology

spectroscopy

fluid mechanics

in-cylinder flow

plasma chemistry

laminar flame

fluorescence

heat mass transfer

fluid flow

aerodynamics

plasma physics

shock waves

laser absorption spectrometry

thermodynamics

fuel injection

multiphase flows

vibrational spectroscopy

rapid compression machine

biofuels

laser photochemistry

fluorescence spectroscopy

numerical simulations

nitric oxide

energy transformation

atomic spectroscopy

turbomachinery

laser science

laser-induced breakdown

planar laser-induced fluorescence

energy conversion

synthetic fuels

aviation biofuels

thermal modeling

gas turbine engines

heterogeneous combustion

fire chemistry

plasma discharge

Marco Panesi

Position

Professor

Institution

UIUC

plasma chemistry

numerical simulation

plasma physic

applied mathematics

numerical analysis

uncertainty quantification

non-equilibrium chemistry

basic plasma physic

machine learning

uncertainty analysis

fundamental plasma physic

physics

numerical simulations

engineering

applied physics

chemical kinetics

shock waves

plasma physics

fluid dynamics

thermodynamics

aerospace engineering

computational fluid dynamics

hypersonic speed

quantum chemistry

chemical physics

chemistry

physical chemistry

fluid flow

computational chemistry

heat mass transfer

fluid mechanics

transport phenomena

thermodynamic modelling

gas dynamics

molecular kinetics

theoretical chemistry

atomic physics

radiative transfer

thermal engineering

plasma science

modeling and simulation

kinetics (physics)

scientific computing

non-equilibrium process

heat transfer

applied plasma physics

lasers

radiation

radiative transfer modelling

electromagnetic fields

statistical mechanics

molecular physics

molecular modelling

entropy

atomic spectroscopy

basic plasma physics

laser-plasma interaction

computational engineering

radiative heat transfer

sensitivity analysis

shock compression

plasma applications

multiphysics problems

equilibrium thermodynamics

chemical thermodynamics

rarefied flow

laser plasma physics

magnetohydrodynamics

multiscale modeling

neural network (machine learning)

energy transformation

laser-induced breakdown

numerical method for partial differential equation

radiative absorption

electronic states

physic aware machine learning

nonthermal plasma

multi-physics modelling

detonation phenomenon

bayesian analysis

fusion science

computational physics

ab-initio methods

turbulent flow heat transfer

equilibrium thermodynamic property

computational models

plasma photonics

plasma discharges

fusion engineering

computational intelligence

thermal protection

uncertainty modeling

plasma diagnostics

supersonic combustion

ion emission

non-lte kinetics

excited electronic states

Cedric Langbort

Position

Professor

Institution

UIUC

aerospace engineering

optimal control

air traffic management

distributed control

multiagent system

aerospace

control system

aerospace information technology

aerospace system

control optimization

cyber-physical systems

systems engineering

automatic control

aerospace technology

unmanned system

applied mathematics

control systems

computer science

game theory

mathematical optimization

control system technology

dynamical systems

multiagent systems

communication

distributed systems

algorithmic game theory

stability

computer security

mechanism design

mathematical control theory

communication security

information security

distributed control systems

stochastic games

imperfect information game

stochastic process

computational optimization

decision science

networked control

information theory

nonlinear systems

decision theory

reinforcement learning

networked system design

robust control

social choice

linear control

telecommunication networks

control design

operations research

transmission

network analysis

data security

stochastic control

computational game theory

communications systems

network science

complex systems

robust nonlinear control

cybernetics

nonlinear dynamics

system safety

control system security

systems modeling

unmanned aerial vehicles

data privacy

autonomous robots

behavioral decision making

distributed coordination

network optimization

network games

asymmetric information

mathematical programming

unmanned aircraft systems

stochastic dynamics

decentralised system

algorithmic mechanism design

multi-agent mechanism design

sequential decision making

learning control

limited model information

nash equilibria

John E Prussing

Position

Professor Emeritus

Institution

UIUC

aerospace engineering

optimal control

optimal spacecraft trajectories

acta astronautica

aerospace

astronautics

control optimization

space exploration

spacecraft attitude control

systems engineering

orbit determination

spacecraft trajectories

applied mathematics

trajectory optimization

control systems

automatic control

dynamical systems

trajectory planning

mathematics

navigation

guidance system

celestial mechanics

propulsion

robust nonlinear control

mathematical optimization

design optimization

global optimization

mathematical control theory

stability

computational optimization

space technology

rotor dynamics

aerodynamics

planetary systems

nonlinear systems

impulsive system

space mission design

dynamic optimization

numerical analysis

geometric analysis

differential equations

gravity

operations research

aircraft

vehicle system dynamics

nonlinear dynamics

mathematical sciences

engineering optimization

space engineering

optimal control theory

primer vector

mathematical programming

control system technology

numerical mathematics

boundary value problems

cooperative systems

aeroelasticity

aeronautics

solar sail

Rodney L Burton

Position

Professor Emeritus

Institution

UIUC

planetary sciences

combustion science

space systems

space exploration

aerospace propulsion

combustion

propulsion

aerospace engineering

engineering

electrical engineering

plasma physics

fusion engineering

instrumentation

plasma chemistry

plasma science

aerospace

physics

plasma applications

mechanical engineering

electromagnetic fields

electromagnetism

plasma diagnostics

applied physics

engine research

particle beam

shock waves

gas discharge plasma

fusion

applied plasma physics

heat transfer

fusion science

fuel cells

combustion flame

space engineering

fluid dynamics

thermal engineering

hydrogen energy

rocket engine

chemical kinetics

energy conversion

magnetohydrodynamics

nuclear fusion

energy research

lasers

electrochemical energy conversion

hydrogen

acta astronautica

energy chemistry

space technology

plasma combustion

inertial fusion energy

internal combustion engine

measurement

hypersonic speed

fluid mechanics

spectroscopy

calibration

aerodynamics

electrochemistry

heat mass transfer

accelerator technology

heat exchangers

plasma electronics

heterogeneous combustion

fire chemistry

fusion power

controlled nuclear fusion

glow discharges

combustion engineering

fusion system design

space vehicles

electrochemical cell

particle accelerators

mission design

aluminum particles

plasma thruster

experimental results

water propellant

Joseph Bentsman

Position

Professor

Institution

UIUC

nonlinear oscillations

control system technology

wavelet methods

control system

real-time control

ai-assisted learning

control optimization

nonlinear signal processing

wavelet

systems engineering

nonlinear system

control systems

automatic control

applied mathematics

nonlinear systems

dynamical systems

nonlinear dynamics

stability

robust control

process control

mathematical control theory

engineering

robust nonlinear control

control design

model-based control technique

vibration control

distributed parameter systems

vibrations

adaptive control

nonlinear control

model predictive control

control methods

nonlinear vibration control

differential equations

nonlinear analysis

control engineering

active control

heat transfer

signal processing

mechanical systems

linear control

nonlinear science

vibrational control

modeling and simulation

systems modeling

industrial process control

stability analysis

time delay systems

partial differential equations

nonlinear vibrations

controllability

system identification

energy systems

steel research

mathematical optimization

plant-wide control

nonlinear mechanical system

pid control

linear systems

thermal engineering

boundary value problems

control science

steam distribution

stabilization technique

system stability

nonlinear phenomena

nonlinear system identification

stefan problem

controller uncertainty

vibrational stabilization

active singularities

bumpless transfer

Daniel J Bodony

Position

Professor

Institution

UIUC

fluid-structure interaction

aerospace engineering

aeroacoustics

compressible fluids

fluid flow

fluid dynamics

high-enthalpy flows

engineering

compressible flow

fluid mechanics

computational fluid dynamic

computational fluid dynamics

numerical simulations

aerodynamics

mechanical engineering

applied mathematics

noise

numerical analysis

turbulence modeling

sound

boundary layers

sound propagation

engineering noise control

aerospace

shock waves

engineering acoustic

systems engineering

hypersonic speed

physical acoustics

compressible flows

heat transfer

scientific computing

computational engineering

plasma physics

thermal engineering

unsteady flows

vibrations

numerical mathematics

control systems

partial differential equations

aircraft

plasma science

noise control

acoustical engineering

computational mechanics

numerical algorithms

control optimization

vibration control

reduced order modeling

wave nonlinearity

applied plasma physics

modeling and simulation

combustion

active control

combustion science

boundary value problems

thermodynamics

plasma applications

numerical method for partial differential equation

turbulent flow heat transfer

turbulent boundary layer

control system technology

combustion flame

plasma chemistry

engine research

nonlinear acoustics

active noise control

noise reduction

aeroelasticity

turbomachinery

flow control (data)

turbulent flame

direct numerical simulation

large-eddy simulation

James Allison

Position

Department Affiliate

Institution

UIUC

aerospace engineering

design space exploration

engineering management

intelligent structure design

design automation

design optimization

system optimization

spacecraft design

engineering system design

advanced design

multidisciplinary optimization

systems engineering

engineering optimization

design

engineering

control systems

mechanical engineering

control optimization

computational optimization

computer engineering

control system technology

modeling and simulation

automatic control

mechanical systems

structural optimization

vibration control

computational engineering

systems modeling

thermal engineering

wind power

wind power generation

mechanics

wind energy technology

thermal modeling

control design

spacecraft attitude control

heat transfer

aerospace

active control

computer-aided design

thermal management

energy efficiency

mechanics of materials

manufacturing

mechanical science

energy systems

operations research

vibrations

mechatronics

mathematical optimization

manufacturing technology

engineering design process

topology optimization

offshore wind power

energy management

offshore structures

friction

tribology

computational geometry

rheology

offshore mechanics

process control

manufacturing systems

floating wind turbine

tribological property

geometric modeling

space technology

space engineering

machine learning

design theory

product design

manufacturing science

additive manufacturing

advanced manufacturing technologies

model predictive control

dynamic optimization

mechanical modeling

mechanical performance

control co-design

computational intelligence

marine engineering

ocean engineering

turbomachinery

power electronics

combinatorial optimization

model optimization

complex system engineering

equipment design

active vibration control

wind turbine

wind turbines

Srinivasa M Salapaka

Position

Professor

Institution

UIUC

nonlinear dynamic

combinatorial optimization

applied mathematics

brownian ratchets

natural computing

complex dynamic system

unconventional computing

control optimization

dynamical system

nano/bio technology

systems engineering

computational engineering

control systems

computer science

precision engineering

microscopy

computational optimization

control system technology

scanning force microscopy

scanning probe microscopy

biophysics

automatic control

engineering

mathematical optimization

microscopy methods

clustering

operations research

mechanical engineering

computer engineering

instrumentation

dynamical systems

network analysis

design optimization

power system control

electrical grids

smart grid

power delivery

mechatronics

electric power systems

robust control

dc microgrids

computational statistics

stability

machine learning

mechanical systems

discrete algorithms

robust nonlinear control

power electronics

motion control

feedforward control

distributed control systems

stochastic process

data mining

biological imaging

cyber-physical systems

sensors

entropy

networked system design

control design

network optimization

atomic force microscopy

network science

machine learning research

mechanical science

nonlinear dynamics

discrete optimization

optimization problems

simulated annealing

network routing algorithm

vehicle routing problems

deterministic annealing

atomic force microscope

x-ray optics

knowledge discovery

numerical algorithms

engineering optimization

computational imaging

thermal engineering

graph algorithms

adaptive control

mathematical control theory

route planning

invariant systems

micro-electromechanical systems

dynamic coverage

optimal control

facility location

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