School of Engineering & Applied Sciences Research
The faculty in the School of Engineering & Applied Sciences distinguish themselves for their interdisciplinary applied-science research. Representative projects are listed below.
- High-performance engineering computing
- Aeronautical propulsion, including:
- gas turbines, ramjets, and scramjets
- Chemically reacting aerospace flows
- Ultra-High performance concrete
- Engineered cementitious composites
- Reuse/recycling of materials
- Inverse modeling and stochastic hydrology
- Renewable energy
- Climate change impacts on hydrology
- Assessment of water resources
- Reaction kinetics
- Modeling of subsurface flows
- Adsorption in packed bed reactors
- Computer graphics education
- Photorealistic image synthesis
- Computer vision for plant biology
- Applied bioinformatics
- Agricultural information systems
- Model-based embedded software
- Supply-chain modeling and analysis
- Telecommunications
- Radar and space science
- Nuclear Magnetic Resonance Spectroscopy
- Protein Dynamics and Interactions
- Quantum Information Processing
- Thermal transport in nanostructures
- Smart environments
- Molecular and particle simulations
- Multifunctional polymer composites
- Nano/micro-structured materials
- Advanced cellular composites
- Agricultural Robotics and Automation
- Piezoelectric Energy Harvesting
- Shape Memory Polymers
- Thermal barrier coatings
- Biodegradable polymer composites
- Renewable Energy
- Composite Materials and Foams
- Internal Combustion Engines and Emissions
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