Search Results - "Kolawa, Elizabeth A."

Structural health management technologies for inflatable/deployable structures: Integrating sensing and self-healing by Brandon, Erik J., Vozoff, Max, Kolawa, Elizabeth A., Studor, George F., Lyons, Frankel, Keller, Michael W., Beiermann, Brett, White, Scott R., Sottos, Nancy R., Curry, Mark A., Banks, David L., Brocato, Robert, Zhou, Lisong, Jung, Soyoun, Jackson, Thomas N., Champaigne, Kevin

“…Inflatable/deployable structures are under consideration as habitats for future Lunar surface science operations. The use of non-traditional structural…”
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Extreme environment technologies for NASA's robotic planetary exploration by Balint, Tibor S., Kolawa, Elizabeth A., Cutts, James A., Peterson, Craig E.

“…NASA's 2006 Solar System Exploration Roadmap recommended a set of robotic exploration missions for the next 30 years, in small, medium and large mission…”
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Technology Challenges for Planetary Probes to Dense Atmospheres by Balint, T.S., Cutts, J.A., Kolawa, E.A.

“…Both the 2003 Solar System Exploration Decadal Survey, by the National Research Council, and NASA's 2006 Solar System Exploration Roadmap identified Saturn,…”
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A motor drive electronics assembly for Mars Curiosity Rover: An example of assembly qualification for extreme environments by Kolawa, E. A., Yuan Chen, Mojarradi, M. M., Weber, C. T., Hunter, D. J.

“…This paper describes the technology development and infusion of a motor drive electronics assembly for Mars Curiosity Rover under space extreme environments…”
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Electronic packaging for extended Mars surface missions by Shapiro, A.A., Ling, S.X., Ganesan, S., Cozy, R.S., Hunter, D.J., Schatzel, D.V., Mojarradi, M.M., Kolawa, E.A.

“…Extended Mars missions require vehicles to survive a large number of extended temperature cycles. To address this issue for electronics, previous strategies…”
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Development of robust analog and mixed-signal electronics for extreme environment applications by Terry, S.C., Blalock, B.J., Jackson, J.R., Suheng Chen, Durisety, C.S.A., Mojarradi, M.M., Kolawa, E.A.

“…The Integrated Circuits and Systems Laboratory at the University of Tennessee is currently investigating robust CMOS analog and mixed-signal circuit design…”
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Application of commercial electronics in the motors and actuator systems for Mars surface missions by Mojarradi, M.M., Cozy, R.S., Yuan Chen, Kolawa, E.A., Johnson, M., McCarthy, T., Levanas, G.C., Blalock, B., Burke, G., Del Castillo, L., Shapiro, A.A.

“…Commercial-off-the-shelf electronic components (COTS) offer a very low cost and attractive solution for construction of electronic systems for Mars missions,…”
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Development of robust analog electronics at the University of Tennessee for NASA/JPL extreme environment applications by Terry, S.C., Blalock, B.J., Jackson, J.R., Suheng Chen, Mojarradi, M.M., Kolawa, E.A.

“…The INSYTE (Integrated Circuits and Systems) Laboratory at The University of Tennessee is currently investigating robust CMOS analog and mixed-signal circuit…”
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Design for ASIC reliability for low-temperature applications by Yuan Chen, Westergard, L., Mojarradi, M.M., Johnson, T.W., Cozy, R.S., Billman, C., Burke, G.R., Kolawa, E.A.

“…A design for reliability methodology has been developed for electronics for low-temperature applications. A hot carrier aging (HCA) lifetime projection model…”
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