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Mangelsdorf, Mark F.

Publications and source records attributed to Mangelsdorf, Mark F..

Fuel Efficiencies Through Airframe Improvements

The factors of continuing strong growth in air traffic volume, the vital role of the air transport system on the economy, and concerns about the environmental impact of aviation have added focus to the National Aeronautics Research Policy. To address these concerns in the context of the National Policy, NASA has set aggressive goals in noise reduction, emissions, and energy consumption. With respect to the goal of reducing energy consumption in the fleet, the development of promising airframe technologies is required to realize the significant improvements that are desired. Furthermore, the combination of advances in materials and structures with aerodynamic technologies may lead to a paradigm shift in terms of potential configurations for the future. Some of these promising airframe technologies targeted at improved efficiency are highlighted.

Bezos-O'Connor, Gaudy M.↗

Environmentally Responsible Aviation N plus 2 Advanced Vehicle Concepts NRA Status

The NASA Environmentally Responsible Aviation Project (ERA) has a NASA Research Announcement (NRA) that is performing a systems study and conceptual design. The purpose of the systems study is to determine possible configurations that are capable of simultaneously meeting NASA's Subsonic N+2 Metrics for reducing Noise, Emissions and Fuel Burn. The conceptual design portion of the contract is to perform a conceptual design ofa Subscale Testbed Vehicle to demonstrate and test both the configuration and the technologies that are required to allow that configuration to meet the goals. This briefing is an update on the status of that NRA presented to the Turbo Expo conference in June 2011.

Mangelsdorf, Mark F.↗