<dispersion strengthening of metals< summary report, jul. 1963 - jul. 1964
Structure, stability, and properties of dispersion strengthened and internally oxidized alloys
DISPERSION HARDENING↗
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Mechanisms of strengthening and fracture in composite materials second progress report, dec. 1, 1964 - may 31, 1965
Mechanisms of strengthening and fracture in composite materials
FRACTURE MECHANICS↗
Development of dispersion strengthened tantalum base alloy fifth quarterly report, nov. 20, 1964 - feb. 19, 1965
Dispersion strengthened tantalum base alloys for advanced space power systems
Buckman, R. W., Jr.↗
Dispersion strengthening models
Strengthening behavior of crystalline solids containing uniform dispersion of fine particles
SOLIDS↗
Solid solution and carbide strengthened arc melted tungsten alloys
Effect of carbon additions on solid solution and carbide strengthened arc melted tungsten alloys
TUNGSTEN ALLOY↗
Observations of deformation induced substructure in al-al sub 2 o sub 3 sap-type dispersion-strengthened alloys.
Dislocation deformation microstructure of recrystallized aluminum-aluminum oxide SAP-type dispersion strengthened alloys studied, using transmission electron microscopy
TENSILE DEFORMATION↗
Development of dispersion strengthened tantalum base alloy Quarterly progress report no. 6, Feb. 20 - May 19, 1965
Dispersion strengthened tantalum base alloys for use in advanced spacecraft power systems - metallurgy
TANTALUM ALLOY↗
Mechanisms of strengthening and fracture in composite materials Third progress report, 1 Jun. - 30 Nov. 1965
Mechanism of strengthening and fracture in composite materials - tensile strength, impact deformation, brittleness,
DEFORMATION↗
Mechanical properties of solid-solution and carbide-strengthened arc-melted tungsten alloys
Arc-melted solid-solution and carbide strengthened tungsten alloys tested for mechanical properties at 2500 deg F to 4000 deg. F
ARC MELTING↗
Development of a dispersion strengthened nickel base alloy using the high intensity arc process Summary report
Dispersion strengthened nickel base alloy using high intensity arc process
NICKEL ALLOY↗
Development of dispersion strengthened tantalum base alloy Seventh quarterly report, May 20 - Aug. 20, 1965
Phase identification, morphology, and evaluation of dispersion strengthened tantalum base alloys
TANTALUM ALLOY↗
Metallographic study of dispersion- strengthened alloys after failure in stress rupture
Metallographic study of stress rupture failed specimens of dispersion strengthened materials for determining relation between microstructural factors and stress rupture strengths
STRESS RUPTURE↗
Mechanisms of strengthening and fracture in composite materials Progress report no. 4, Dec. 1, 1965 - Jun. 1, 1966
Mechanisms of strengthening and fracture in various composite materials
MATERIALS SCIENCE↗
Research on Mechanisms of Alloy Strengthening Semiannual Report
Alloy strengthening by fine oxide particle dispersions, and splat cooling process for alloy development
METALLURGY↗
Alloy strengthening by fine oxide particle dispersions
Alloy strengthening by fine oxide particle dispersions
DISPERSION HARDENING↗
Alumina dispersion-strengthened copper-nickel alloys.
Effect of varying percentages of constituent elements in alumina dispersion-strengthened copper-nickel alloys, listing creep rupture properties
ALUMINUM ALLOY↗
ThO sub 2 -dispersion-strengthened nickel and nickel-molybdenum alloys produced by selective reduction.
Thorium dioxide strengthened nickel and nickel molybdenum alloys, discussing production via selective reduction, strength, creep rupture, stability and ductility characteristics
MOLYBDENUM ALLOY↗
Solid solution and carbide strengthened arc melted tungsten alloys.
Solid solution and carbide strengthened arc melted alloys of hafnium with tungsten and ternary alloys of tantalum, columbium, rhenium and carbon
CARBIDE↗