Composite Material Behavior Under High Electric Fields: II- Material Switches to 'High Current Carrying' State
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Intermittent Switching↗
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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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Cr.sup.4+-doped mixed alloy laser materials and lasers and methods using the materials
A laser medium includes a single crystal of Cr.sup.4+:Mg.sub.2-xM.sub.xSi.sub.1-yA.sub.yO.sub.4, where, where M is a bivalent ion having an ionic radius larger than Mg.sup.2+, and A is a tetravalent ion having an ionic radius larger than Si.sup.4+. In addition, either a) 0.ltoreq.x<2 and 0<y<1 or b) 0<x<2 and y is 0 or 1 with the proviso that if M is Ca.sup.2+ and x=1 then y is not 0. The laser medium can be used in a laser device, such as a tunable near infrared (NIR) laser.
Alfano, Robert R.↗
Integrated Computational Materials Engineering to Establish Process-Structure-Property Relations in Polycrystalline Materials
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Saikumarreddy R. Yertapally↗
Integration of Multiscale Material Models, Uncertainty Quantification and Characterization Techniques to Establish PSP Relations in Polycrystalline Materials
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Saikumarreddy R Yertapally↗
Qualified Material Process and Material Property Suite for Additive Manufacturing
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Sam Cordner↗
Computational Materials for Qualification and Certification of Additively Manufactured Materials
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E H Glaessgen↗
Critical Issues and Potential Applications of Computational Materials in Qualification and Certification of Process Intensive Metallic Materials Part 2
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E H Glaessgen↗
Critical Issues and Gaps in Testing and Characterization Data for Computational Materials in Qualification and Certification of Additively Manufactured Metallic Materials: Part 2
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E H Glaessgen↗
Fundamental Materials Research Nucleation Investigation and Control - The Next Decade and Beyond in Space Materials and Soft Matter Research
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Kenneth F. Kelton↗
Considerations on the evaluation of material “engineering equivalence” in achieving and sustaining efficient qualification and certification of AM materials and parts
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Douglas N Wells↗
Leveraging Scalable Computational Materials Packages and High-Performance Computing Resources to Simulate Deformation and Damage in Polycrystalline Metallic Materials
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Saikumar "Sai" Yeratapally↗
Materials Informatics Enables Rapid Materials Discovery
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Steven Arnold↗
NASA’s Approach on the Evaluations of “Materials Engineering Equivalence” Methodologies in Achieving and Sustaining Efficient Qualification and Certification of AM Materials and Parts
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Alison Park↗
NASA’s Considerations for Materials Engineering Equivalence Methodologies in Achieving and Sustaining Efficient Qualification and Certification of AM Materials and Parts
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Engineering↗
Materials Informatics Enables Rapid Materials Discovery
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Steve Arnold↗
Computational Materials for Qualification and Certification of Process-Intensive Metallic Materials (CM4QC)
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roadmap↗
Computational Materials for Qualification and Certification of Process-Intensive Metallic Materials (CM4QC)
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E H Glaessgen↗
Material State Awareness for Composites Part II: Precursor Damage Analysis and Quantification of Degraded Material Properties Using Quantitative Ultrasonic Image Correlation (QUIC)
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Subir Patra↗