Flight Research: X-31A Enhanced Fighter Maneuverability and F-18 High Alpha Research Vehicle
No abstract available
High Alpha Research↗
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Results for “flight research”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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NASA Armstrong Flight Research Center AVIATION ACTIVITIES in Space Weather Upper-Atmospheric Space and Earth Weather eXperiment (USEWX)
No abstract available
space weather↗
The NACA's High Speed Flight Research Station and the Development of Reaction Control Systems
This presentation and companion text describe the history of the development of Reaction Control Systems.
Gelzer, Christian↗
The NACA's High Speed Flight Research Station and the Development of Reaction Control Systems
This presentation and companion text describe the history of the development of Reaction Control Systems.
Gelzer, Christian↗
Dale Reed Subscale Flight Research Lab (Ballin' on a Budget)
This presentation will communicate the capabilities and facilities of the Model Lab to the outside user community.
business outreach↗
Fiber Optic Sensing System from NASA Armstrong Flight Research Center (FOSS)
This presentation and video is a description of the FOSS portfolio and discusses the recent improvements to the current technology.
Parker, Allen R.↗
PolyWorks at NASA Armstrong Flight Research Center
This presentation engages other users in the shared technology of laser scanning.
structural mechanics↗
Armstrong Research Flight Center Flight Mechanics Capabilities
This presentation gives a general overview of what Armstrong is capable of doing in the field of flight mechanics, to generate interest in this area.
modeling and simulation↗
Multidisciplinary Design, Analysis, and Optimization Tools Developed at NASA Armstrong Flight Research Center
No abstract available
structured dynamic model tuning↗
Air Launch Low Cost Small Satellite Launch at NASA Armstrong Flight Research Center
No abstract available
Carter, John↗
NASA Global Hawk Overview Armstrong Flight Research Center
This briefing is an overview of the Global Hawk Program, focusing on UAS operations for the ICAO visit to AFRC.
UAS in the NAS↗
2017 Intern Experience [at] Neil A. Armstrong Flight Research Center
These detailed individual abstracts are being included in the summer 2017 abstract book, demonstrating the knowledge learned during the summer 2017 AFRC STEM program.
yearbook↗
NASA Armstrong Flight Research Center Distributed Electric Propulsion Portfolio, and Safety and Certification Considerations
This presentation is a high level overview of ongoing electric propulsion research programs currently at AFRC.
electric propulsio↗
Recent NASA Wake Surfing Flight Research
This paper contains information about the potential benefits and drawbacks of aircraft wake surfing. Wake surfing benefits have been measured and published previously; this paper presents the first known results obtained using a civilian business jet and an ADS-B data link.
wake surfing↗
NASA Armstrong Flight Research Center Summer 2018 Abstracts
Student internships provide the opportunity for students to work side by side with a mentor to contribute to the NASA mission. During Fiscal Year 2018, NASA Armstrong welcomed students from universities in states ranging from Washington to Massachusetts. Student interns were represented in different organizations across NASA Armstrong and supported exciting projects such as SOFIA, X-57 Maxwell, UASNAS, FOSS, X-59 QueSST, TGALS, PRANDTL - M, and PRANDTL-D3c.
internship experience↗
Aqueous, QUick-Charging Battery Integration For Electric Flight Research
AQUIFER establishes technical feasibility of an early-stage technology, a high-energy density, aqueous-based, flow battery, resulting in a near-term increase of 1.7 times range over an all-electric battery, while retiring fire and explosion hazards associated with lithium-based chemistries. The Nano-electrofuel (NEF) flow battery will be integrated with a rim-driven motor (RDM) as a multi-functional design to eliminate conductive EMI and weight from long cable runs, and provide liquid cooling from the aqueous fuel. When successful, the technology provides an improved safety energy storage solution for emission-free electric propulsion in commercial aviation.
power systems↗
Intern Experience Armstrong Flight Research Center 2019
This book is a compilation of abstracts describing the posters done by the Summer 2019 group.
student abstract book↗