Energy efficiency of various transportation modes
James P. Stucker, Burke K. Burright, W. E. Mooz, J. M. Klineberg, Frederick C. Dunbar
Abstract
James P. Stucker, Burke K. Burright, W. E. Mooz, J. M. Klineberg, Frederick C. Dunbar
Abstract
The 7 papers in this report deal with the following areas: modeling the response of the domestic automobile industry to mandates for increased fuel economy; aircraft energy efficiency technology; coal transport and coal market integration; downtown people movers and energy; energy intensity of various transportation modes; one approach to local transportation planning for national energy contingencies; and energy consumption of the journey to work with and without a suburban rapid transit line.
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The 7 papers in this report deal with the following areas: modeling the response of the domestic automobile industry to mandates for increased fuel economy; aircraft energy efficiency technology; coal transport and coal market integration; downtown people movers and energy; energy intensity of various transportation modes; one approach to local transportation planning for national energy contingencies; and energy consumption of the journey to work with and without a suburban rapid transit line.
Key concepts: Downtown, Transport engineering, Energy consumption, Work (physics), Efficient energy use, Transit (satellite), Fuel efficiency, Energy (signal processing)