| Computational methods in the dynamics of rigid and deformable bodies, simulation of multi-segmented biosystems, dynamics of wrinkling in flexible membranes |
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| Analytical fluid mechanics, nonlinear waves in shear flows, flow stability, jet noise |
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| Experimental fluid mechanics, turbulent shear flows, laminar-turbulent transition, drag reduction |
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| Heat transfer, laser materials-processing, boundary element method |
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| Double-diffusive convection, stability of convection |
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| Micro- and nano-electromechanical systems engineering. Design of sensors, actuators, and development of mechtronic systems. Micro-robotics for drug delivery |
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| Computational fluid dynamics, hydrodynamic stability, laminar-turbulent transition, flow control, turbulent flows |
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| Energy management, HVAC, solar energy systems |
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| Particle transport theory, radiative transfer, satellite remote sensing, applied mathematics, nuclear reactor physics |
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| Dynamics and safety of nuclear reactors and critical assemblies |
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| Fluid mechanics, hydrodynamic stability |
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| Finite element methods, computer-aided design, interactive graphics |
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| Reliability, maintainability and availability engineering, engineering design-by-reliability, operational readiness, system effectiveness, accelerated testing, reliability growth, burn-in testing, environmental stress screening, software reliability, optimized equipment reliability |
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| Fluid mechanics and applied mathematics, hydrodynamic stability and receptivity, aero-acoustics, unsteady aerodynamics |
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| Optimization of electrochemical and transport processes in fuel cells; hydrogen production and storage; heat/mass transfer for HVACR; gas turbine heat transfer; turbulence drag reduction |
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| Analysis and testing of composite structures, thermo-mechanical fatigue life testing and analysis of electronic packages, micro-scale material characterization |
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| Thermal science, convective heat transfer, fluid mechanics, propulsion, turbulent and transitional shear flow, experimental, analytical and computational |
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| Thermal science (heat and mass transfer, thermo-dynamics) with emphasis in biomedical applications (cryobiology) |
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| Structural and multidisciplinary optimization, probabilistic optimal design, evolutionary algorithms, nonlinear transient dynamic analysis |
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| Computational methods in kinematics and dynamics, computer-aided design, optimization, vehicle dynamics, biomechanics |
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| Thermodynamics, energy, air pollution |
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| Space technologies, propulsion and power, combustion, acoustics, solid propellant rockets, biomorphic robots |
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| Rarefied gas-dynamics, wind energy conversion systems, computer-aided aircraft design and optimization, wind tunnel testing |
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| Fracture mechanics, structural analysis and testing, designing of micro air vehicles |
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| Finite element analysis, solid and structural mechanics, transport in soft tissues, biomechanics, thermal stress analysis |
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| Fluid mechanics |
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| Biomechanics, anisotropic constitutive modeling, biaxial testing of soft tissues, finite element analysis of the cardiovascular system |
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| Evolutionary game theory. Applications in somatic evolution of cancer and other topics in theoretical biology. Nonlinear dynamical systems, optimal control and game theory |
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| Nuclear reactor instrumentation and control, radiation metrology, reactor dosimetry, radiation effects in materials, nuclear instrumentation and data analysis, parameter estimation and least-squares adjustment |
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| Structural reliability and probabilistic mechanics, random vibration and design |
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| BioMEMS and bionanotechnology, single molecule dynamics, micro and nanofluidics, biosensors, micro total analysis systems, cellular biomechanics, System Biology |
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| Biomechanics, computational and experimental biomaterials, finite element analysis |
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| Aerodynamics, active flow control of separation noise control, turbulent shear flows, turbulent mixing, boundary layers, laminar-turbulent transition |
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| Microscale fluid mechanics and heat transfer, microsensors and microactuators, micromachining techniques, integrated Microsystems, BioMEMS (Cellular and molecular manipulation) |
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