Mechanical Engineering Faculty
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Ann M. Anderson, Ph.D. |
Teaches: Heat transfer, fluid mechanics, thermodynamics, mechanics, engineering economics, and thermal fluids design. Research: Heat transfer and fluid mechanics, experimental methods and design of experiments, liquid crystal thermography and particle image velocimetry, aerogel materials (fabrication and characterization |
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Ronald B. Bucinell, Ph.D., P.E. |
Teaches: Engineering Mechanics and Design. Research: Mechanics of composite materials, experimental mechanics, fracture mechanics, and statistical experimental design. |
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Brad Bruno, Ph.D. |
Teaches: Thermodynamics, Heat Transfer, and Fluid Mechanics Research: I.C. Engines. Spray Atomization and Droplet Breakup. Laser diagnostic methods for combustion and flow field measurements. |
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Rebecca Cortez, Ph.D. |
Teaches: Materials Science and Strength of Materials Research: Micro- and Nano-Scale Materials Characterization; MicroElectroMechanical Systems (MEMS); Fatigue and Fracture. |
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Jennifer Currey, Ph.D. |
Teaches: Strength of Materials, Advanced Strength of Materials Research: Cell-Tissue-Material Interactions and Finite Element Modeling of Bone-Implant Interfaces |
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David Hodgson |
Teaches: Controls, Mechanics, Mechatronics Research: Control of Thermofluid System |
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Stephen J. Kalista |
Teaches: solid mechanics, materials, and graphics. Research: Self-Healing Materials - development, fabricatoin, and characterization of novel self-healing polymers and composites, sturcture-property relationships in polymeric/ionomeric materials, thermo-mechanical analysis/polymer viscoelastic, interfacial welding and adhesion. |
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William D. Keat, Ph.D. |
Teaches: design and solid mechanics. Research: Development of new computational methodologies for the study of 3D fracture processes including such applications as: fracture growth near bimaterial interfaces, fatigue crack growth in structural components, and nondestructive detection of cracks based on inversion of surface deformations. |
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Philip Kosky, Ph.D. |
Research: Thermal properties of diamonds, superconductivity, ceramics, thermal barrier coatings and other materials by CVD, applied polymer chemistry and engineering, chemical kinetics, heat transfer, two-phase flow, energy storage, dielectric behavior, chemical process analysis, and solution thermodynamics. |
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Ashok Ramasubramanian, Ph.D. |
Teaches: Controls, Mechanics, Mechatronics Research: Embryonic Heart and Gut Development Mechanics |
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Andrew J. Rapoff, Ph.D. |
Teaches: Engineering Mechanics, Bioengineering, Mechanical Design Research: Boimechanics, Physical Anthropology |
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Abraham Tchako, Ph.D. |
Teaches: Engineering Graphics, Freshman Engineering Research: Bioengineering |
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Frank E. Wicks, Ph.D., P.E. |
Teaches: thermodynamics, energy conversion, heating, ventilation, and air conditioning, heat transfer, and nuclear engineering. Research: Energy conversion directed towards more fuel efficient transportation, electric power, and heating and air conditioning systems. |
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Richard D. Wilk, Ph.D. |
Teaches undergraduate courses in thermodynamics, fluid mechanics, heat transfer, design of thermal fluid systems, solar energy, renewable energy, and environmental science. Research: Areas include alternative and advanced energy conversion systems. |
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