Dynamic modeling and control of micro- and nano-positioning systems, atomic force microscopes and additive manufacturing systems; volumetric error compensation; iterative learning control, multi-dimensional control, and signal processing.
Curators' Distinguished Professor
Composite materials, smart structures, nanocomposites, biocomposites, structural dynamics, finite element analysis, damage monitoring, composite manufacturing and experimental characterization.
Curators' Distinguished Professor
Aircraft structures, fracture mechanics, fatigue and failure analysis; micromechanics; composite materials and structures; process modeling of ceramic matrix composites; friction and wear of composites; and fracture of laminated glazing.
Mechanics and microstructural evolution of advanced manufacturing and materials processing, multiscale modeling of materials by bridging first-principles calculations, molecular dynamics simulations, and finite element methods, materials design and manufacturing processes of composites and ceramics, relationships between the microstructure, properties, and processing of materials.
Plasma aerospace applications; Space propulsion; Plasma-material interactions; Plasma physics and rarefied gas dynamics; High-performance computing
Fluid dynamics, heat transfer, and thermodynamics of energy systems. Heat and mass transfer in buoyant flows, second-law and exergy analysis, numerical simulation of transport phenomena and experimental methods.
Computational aerodynamics/aerothermodynamics, hypersonic flows and technologies, uncertainty quantification, planetary entry/descent/landing of spacecraft, computational fluid dynamics, aerodynamic shape optimization, robust design, numerical methods.
Fluid dynamics, aero-structure interaction and control, active flow control, unmanned air vehicles (UAV), electrochemical magnetohydrodynamics-based microfluidics, CFD simulation of transport phenomena.
Conventional Energy (combustion, IC engines, coal power plants, fluid and heat transport), Alternative Energy (characterization of solid oxide fuel cells, modeling of fuel cells, hydrogen technologies, alternative fuels, clean coal technologies), Environmental Science & Technology (air pollutants, particulates, measurement techniques), Various Fields (synthesis of nanoparticles, laser diagnostics, fire safety, thermal engineering)
Associate Teaching Professor
Nonlinear Dynamics and Vibrations, study of deterministic and random dynamical systems, model order reduction, theoretical modeling and numerical computation and structural dynamics.
Professor/Director of Product Innovation and Creativity Center
Mechanical design, rigid-body and compliant mechanism design, high-performance machinery analysis and design, machine vibration and stability.
Manufacturing including machining, metalforming, machine tool dynamics, acoustic emission, sensors and signal processing, CNC, CAD/CAM, machine tool metrology, neural network and expert system applications; smart structures including intelligent health monitoring and damage assessment of composite structures; non-destructive evaluation.
Advanced li-ion battery, beyond li-ion battery, energy storage system, renewable energy system, grid energy storage, nano, macro-mechanics of materials, self-assembly of nanoparticles, nanostructure, multiphysics, multiscale experiment and simulation.
Curators' Distinguished Teaching Professor
Astrodynamics, orbital mechanics, spacecraft design, spacecraft mission design, satellite attitude dynamics, nonlinear analysis, dynamics and control, optimization.
Curator's Distinguished Teaching Professor Emeritus
Fluid dynamics, computational fluid dynamics, hypersonic propulsion systems, computational analysis of jet mixing, flow losses and mixing enhancement in combustors, aircraft gas turbine ramjet propulsion systems, and scramjet performance.
Physical Human-Robot Interaction (pHRI), Physical Human-Human Interaction (pHHI), Human Movement Assistance, Rehabilitation Robotics, Wearable Devices, Energy-Harvesting from Human Movement, Design and Instrumentation of Medical Devices.
Dynamics, vibrations, modeling and development of piezoactuators and transducers-mechatronics, mechanics of bone, design of orthopedic implants, structural dynamics, optimal design and acoustics.
Aiming at the utilization of environment-friendly and alternative fuels in future power generation, fuel processing and emission control, Dr. Sui's main research interests are catalytic combustion, coupling of hetero-/homogeneous thermochemical processes, and the related computational methods and experimental diagnostics.
Associate Professor/ Associate Chair of Graduate Affairs
Optical materials and devices in nanophotonics and plasmonics; Physics and applications of optical metamaterials; Nanoscale optomechanics, optical nanoelectromechanical systems (NEMS); Integrated optofluidic devices and optical sensors; Photon management for solar/thermal energy harvesting; Optical device micro-/nano-fabrication.