Engineered Geothermal Systems / FUTURE TRANSPORTATION SYSTEMS / Solarmer Energy Inc. / Heat Mining Company LLC / Caltech / /
Country
United Kingdom / Denmark / Italy / United States / /
Currency
USD / / /
Event
Business Partnership / Environmental Issue / /
Facility
University of Minnesota Department / University of California / University of Minnesota / /
IndustryTerm
oil recovery / solar renewable energy resources / subsurface geothermal energy extraction / energy generation technologies / storage devices / propulsion technologies / transportation / renewable energy resource / possible energy / electricity requirements / transportation systems / electricity supply / gas turbines / hydroelectric energy generation / renewable energy sources / geothermal technologies / machinery / natural gas / oil and gas / geothermal energy systems / electrical grid applications / transportation industry / intermittent renewable energy sources / electrochemical energy / power storage systems / portable electronics market / computational tools / lithium-ion battery technology / manufacturing processes / food / geothermal energy technology / energy / roll-to-roll manufacturing process / greenhouse gas emissions / geothermal energy / energy-efficient aircraft systems / energy requirements / energy extraction fluid / experimental tools / high manufacturing costs / abundant energy source / all-electric vehicles utilizing state-of-the-art energy storage / material systems / geothermal energy use / less energy / manufacturing / battery systems / fidelity computational tools / passive flow control devices / wind technology / grid storage applications / energy storage mechanisms / energy extraction / consumer electronics / pump technologies / clean energy companion / contemporary energy generation systems / natural gas combustion / wind energy / energy characteristics / large-scale energy storage / transportation sector / gas turbine engines / sustainable energy generation systems / energy needs / wind energy installations / present systems / stationary energy storage / wind systems / technology standards / renewable energy solutions / high energy density / electrochemical energy storage / geothermal systems / Energy density / potential solutions / energy storage arena / wind energy industry / renewable energy / chemical energy / electrical storage technologies / manufacturing protocols / recent applications / ground transportation / geothermal electricity / fossil fuel power systems / portable consumer electronics / integrated photovoltaic applications / geothermal power plant systems / excess energy / energy resources / electricity / energy storage / solar thermal applications / electrical energy / sea transportation / control systems / excellent energy storage technology / extraction systems / Energy storage systems / sustainable energy-generation technologies / solar energy / multidisciplinary computational tool / geothermal electricity production potential / fission-based nuclear energy / /
NaturalFeature
North Sea / Mojave Desert / /
Organization
Center for Clean Air / University of California / UCLA Department of Civil and Environmental Engineering / University of Minnesota Department of Aerospace Engineering and Mechanics / US National Committee on Theoretical and Applied Mechanics / UCLA Department of Mechanical and Aerospace Engineering / US Federal Reserve / University of Minnesota Department of Geology and Geophysics / UCLA / UCLA Department of Atmospheric and Oceanic Sciences / MIT / UCLA Department of Materials Science and Engineering / National Aeronautics and Space Administration / Department of Defense / University of Minnesota / /
A Report on Research Trends in Mechanics: “U.S. ENERGY AND ENVIRONMENTAL CHALLENGES AND FUNDAMENTAL CONTRIBUTIONS FROM MECHANICS RESEARCH” US National Committee on Theoretical and Applied Mechanics (USNC/TAM) A.R. Ka