Aging Effects on the Transient Frictional Behavior of MoS2-Based Solid Lubricants for Use in Extreme Environments.
Abstract not provided.
Dugger, Michael T.↗
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Results for “Extreme Environment”
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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Coupling advanced experimental techniques with numerical modeling in extreme environments.
Abstract not provided.
Attaway, Stephen W.↗
The future for predicting response for extreme environments using a combination of experimental techniques and numerical simulations.
Abstract not provided.
Attaway, Stephen W.↗
Structural evolution in extreme environments: real-time nanoscale observations of radiation damage deformation and fatigue.
Abstract not provided.
Bufford, Daniel Charles↗
Understanding and Tailoring Nanomaterials for Extreme Environments.
Abstract not provided.
Hattar, Khalid Mikhiel↗
MaRIE Extreme Environments and Driver Technologies Workshop.
Abstract not provided.
Cuneo, Michael E.↗
Exploring Extreme Environments with Nanometer Resolution.
Abstract not provided.
Hattar, Khalid Mikhiel↗
MoS2-Based Composite Solid Lubricants for Extreme Environments.
Abstract not provided.
Dugger, Michael T.↗
Composite Solid Lubricants for Use in Extreme Environments.
Abstract not provided.
Dugger, Michael T.↗
Wearables at the Canyon for Health (WATCH): Quantifying Physical and Cognitive Fatigue in Extreme Environments.
Abstract not provided.
Silva, Austin Ray↗
ALLOY DESIGN AND DEVELOPMENT OF HIGH CR CONTAINING FECRAL FERRITIC ALLOYS FOR EXTREME ENVIRONMENTS
A new alloy design concept for creep- and corrosion-resistant, fully ferritic alloys was proposed for high-temperature structural applications in current/future fossil-fired power plants. The alloys based on Fe-30Cr-3Al (in weight percent) with minor alloying additions of Nb, W, Si, Zr and/or Y were evaluated with a design strategy for corrosion resistance though high Cr content, steam oxidation resistance through alumina-scale formation, and high-temperature creep performance through fine particle dispersion of Fe2(Nb,W)-type Laves phase in the BCC-Fe matrix, which target to be used in harsh environments such as combustion and/or steam containing atmospheres, at or above 700°C. The alloys consisted of Fe-30Cr-3Al-1Nb-6W with minor alloying additions exhibited a successful combination of oxidation/corrosion/creep-resistant performances comparable or superior to those of commercially available heat resistant austenitic stainless steels. An optimized thermo-mechanical treatment combined with selected minor alloying addition resulted in a refined grain structure with high thermal stability even at 1200°C, which improved room-temperature ductility without sacrificing the creep performance. The mechanism of grain refinement in the alloy system has been discussed.
Yamamoto, Yukinori↗
Rim-to-Rim Werables at The Canyon for Health (R2R WATCH): Physiological Cognitive and Biological Markers of Performance Decline in an Extreme Environment.
Abstract not provided.
Divis, Kristin Marie↗
Developing high-performance high-entropy alloys for extreme environments
Presented by NETL at The Nuclear Materials Discovery and Qualification Initiative (NMDQi) Working Meeting, 10/19
Gao, Michael C↗
Design & Analysis of Mesoscale ROMs for Predicting Microstructure Evolution in Extreme Environments.
Abstract not provided.
Dingreville, Remi Philippe Michel↗
Exploring Extreme Environments with Adequate Temporal Resolution.
Abstract not provided.
Hattar, Khalid Mikhiel↗