Research Interests

Numerical Methods in Biomechanics. My specific research plans include (a) development of improved finite element (FE) models and modeling techniques for biological tissues, (b) use of biological FE models for injury risk assessment and prevention, and (c) use of these models for the development of exercise therapies for injury/surgery recovery and long-term weightless exposure. In addition, I would like to investigate the applications of human modeling to the design of mechanical systems. This research is relevant not only to the general field of man-machine interfaces (MMI), but also to impact energy management and the development of orthopedic devices.

External Long-Range Vehicle Sensors. I know from recent experience that these sensors have direct application to automotive safety and are a key technology hurdle for future vehicles. The potential savings in terms of lives and reduced injuries through accident avoidance cannot be overestimated.

Impact Mechanics. Investigation of impact properties of engineering materials. The design and analysis of structures for impact energy management.

I believe it is important for students to be involved in research activities. My experiences as an undergraduate research assistant allowed me to participate in and understand the research process, while applying topics learned in coursework. I intend to include both undergraduate and graduate students in all aspects of my research.

Patents

US-6568023, EP-1215094: “Wiper pivot” (2003)

US-6554332: “Pedestrian impact energy management device with seesaw elements” (2003)

US-6513843: “Pedestrian protection leg spoiler” (2003)

US-6460909, EP-1108622: “Bumper system for motor vehicles” (2002)

US-6415882, GB-2381509: “Deploy. hinge for pedestrian protection vehicle hood” (2002)

US-6394512, EP-1215093: “Vehicle bumper system” (2002)

US-6089628, EP-0983909: “Stiffener assy. for bumper system of motor vehicles” (2000)