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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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Additive Manufacturing (AM) at NASA Marshall Space Flight Center (MSFC)
No abstract available
NASA MSFC Materials & Process Development Flexible Sensing Technology
No abstract available
NASA MSFC SPoRT: SPoRT Paradigm, Use of LANCE Data, Data Capabilities
No abstract available
Materials & Process Development for Printable Electronics at MSFC
No abstract available
Quality Assurance Processes on KSC and ER Meteorological Tower Data Archived at MSFC
No abstract available
MSFC Natural Environments Weather Data Quality Control Activities
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MSFC Solar Sounding Rocket Group
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Propulsion Component Test Capabilities at MSFC’s Test Stand 115
Marshall Space Flight Center’s Test Stand 115 (TS115) is a propulsion component test facility in operation since its original activation in 1964 for testing small to medium size liquid rocket engine components including injectors, channel-cooled chambers, nozzles, passively-cooled metallic and composite nozzle extensions, valves, turbomachinery, and igniters. TS115 is a "blowdown" type facility, using high pressure tankage and components to provide liquid, gaseous, and cryogenic fluid delivery at specified pressures and flowrates. The facility consists of an open steel test stand structure, a mechanical hardware preparation shop, an electrical support equipment building, a control room, and a centralized data system room. In general, the facility infrastructure is rated to 3,000 psig. TS115 can accommodate thrust levels up to 10,000 lbf in the horizontal position. The facility is actively used for various internal NASA test programs as well as test campaigns for external customers from other government agencies, commercial industry partners, and academia. The available fluid systems, electrical power and instrumentation capabilities, facility controls and data acquisition systems, test program support capabilities, and available test rig configurations for external customer use are discussed in this paper.
MSFC Natural Environments Tower QC, Verification GUI, and Future Work
Natural Environments (EV44) has developed a new methodology for performing quality control (QC) of tower data. The latest step reached in developing these methods is the creation of a Graphic User Interface to manually verify automated QC flags. This presentation outlines how the GUI is used to investigate QC flags and data, as well future plans for developing new QC tower databases.
Extraterrestrial Construction Technology Development at NASA MSFC and Moon-to-Mars Planetary Autonomous Construction Technology (MMPACT) Overview
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NASA MSFC Moon-to-Mars Planetary Autonomous Construction Technology (MMPACT) Overview
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Software Assurance and Safety at MSFC
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