Nanomanufacturing -- Electric Field and Laser Tweezer Manipulation of Nanoscale Objects -- Directed Self-Assembly -- Atomic Force Microscopy
Materials Science Program
solar energy applications -- thermodynamics -- heat transfer -- conservation -- simulation methods -- sorption processes -- educational software
Solar Energy Laboratory
Micro/Nano-Scale Enabled Manufacturing Systems (e.g. distributed micro/nano sensors/actuators to achieve significantly enhanced process understanding, monitoring, and adaptive control at micro/nano-scale for Precision Manufactruing), Ultrasonic Cavitation Based Nano-elements Dispersion for Solidification Processing of Light Metals (Mg, Al, and Ti) Nanocomposites for High Energy Efficiency (e.g. processing/nanostrcutures/properties, including physics of nanopaticle dispersion , metallurgy, mechanical properties, process control and optimization, nanoscale interface, nanomechanics and strengthening mechanisms), and laser materials processing (e.g. laser micropolishing, laser micromachining, micro/nano-sensors for thermomecanical study)
Manufacturing Systems Engineering Program, Materials Science Program
Lorenz, Robert D. - Consolidated Papers Professor of Controls Engineering
engine/powertrain/vehicle dynamic system modeling and parameter identification -- multivariable and nonlinear robust controller and observer design -- powertrain system diagnostics and real-time simulation -- transient hardware-in-the-loop engine test systems -- powertrain and vehicle system design and dynamics
Powertrain Control Research Laboratory
Multibody Dynamics Simulation (applications to vehicle simulation, biomechanics) -- Computational Mechanics -- Numerical Methods for Time Domain Analysis of Mechanical Systems -- Vibrations -- CAD/CAE and Virtual Environments as applied in Mechanical Engineering -- High Performance Computing
Materials Science Program
cryogenic refrigeration systems including mixed gas JT systems, reverse-Brayton systems, pulse-tubes, and hybrid cryocoolers -- thermal-fluid problems in semiconductor manufacturing including immersion lithography, EUV lithography, and nanoimprint -- vortex tube theory and application -- refrigeration technology -- gas bearing supported turbomachinery
Computational Mechanics Center, Solar Energy Laboratory
computational fluid dynamics -- turbulence, combustion, and spray modeling for IC engines -- turbulent reacting flows -- direct numerical simulations
Engine Research Center
Multiphase flows -- Two-phase heat transfer -- Flow visualization and optical measurement techniques -- Electronics cooling -- Sprays and spray impingement cooling -- Contact line modeling -- Immersion Lithography -- Fuel delivery systems
Computational Mechanics Center, Engine Research Center, Solar Energy Laboratory
injection molding and innovative plastics manufacturing processes -- microcellular injection molding (MuCell process) -- nanocomposites and electro-active polymers (EAP's) -- computer-aided engineering (CAE) and numerical simulation -- design and process optimization -- bio-based polymers and tissue engineering scaffolds -- intelligent injection molding control -- material characterization for plastics and metals -- net-shape die casting using semi-solid alloys -- Internet-based collaboration for design and manufacturing
Manufacturing Systems Engineering Program, Polymer Engineering Center, Rheology Research Center
Materials science and processing of composites from wood or other natural fibers and plastics -- Microstructural influences on composite performance -- Durability of wood-plastic composites -- Cellulose nanocomposites -- Composites from recycled materials
Forest Products Laboratory
Graham, Michael D. - Chair of the Department of Chemical and Biological Engineering and Harvey D. Spangler Professor
Viscoelastic and Newtonian fluid mechanics, especially stability and nonlinear dynamics -- Microstructural and multiscale simulations of complex fluids; applications to microfluidics, nanotechnology and biology -- Applied and computational mathematics
Rheology Research Center
Also Engineering Physics, Mathematics statistical physics, turbulence and turbulence modeling for engineering and geophysical applications -- applied mathematics, stability theory and fluid dynamics -- field theoretical techniques, the dynamic renormalization group and universality in complex systems
Also Biological Systems Engineering agricultural machinery and power systems -- forage harvesting -- post-harvest processing of agricultural and biological materials -- machine design
solar energy applications -- radiation heat transfer -- systems analysis -- computer simulation-solar processes -- energy load calculations
Solar Energy Laboratory
Also Engineering Professional Development energy management -- manufacturing processes -- laboratory design -- thermal storage energy -- heating and air conditioning -- cogeneration -- indoor air quality -- productivity -- refrigeration -- building design
Energy Technology Center
kinematics -- mechanical system-dynamics -- computer graphics -- solid modeling -- simulation of solidification in metal castings -- simulation of multi-body dynamic systems
Copyright 2008 The Board of Regents of the University of Wisconsin System
Date last modified: 04-Oct-2008
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