Engineering topics
Publications and source records attributed to Signorelli, R. A..
Tungsten alloy fiber reinforced nickel base alloy composites stress-rupture strength, oxidation and impact resistance for high temperature turbojet engine buckets
Tungsten alloy fiber reinforced Ni-base superalloy composites evaluated for high temperature turbojet engine applications, considering stress-rupture strength, oxidation and impact resistance
Tungsten fiber-reinforced nickel superalloy combines the strength of refractory metals with the oxidation resistance of superalloys. Knowledge of the relationship between fabrication technique, matrix compositions and fiber sizes minimized fiber-matrix reaction. Potential application includes high temperature turbine components.
High temperature research on creep rupture strength of refractory metal fiber and nickel alloy composites
Interfiber distance and temperature effects on critical aspect ratio in composites
Ceramic whiskers, polycrystalline ceramic fibers, and fiber reinforced metal composites
Interfiber distance and temperature effects on critical aspect ratio in fiber composites obtained from modified pull-out test
Stress-rupture properties of composites containing refractory metal fibers and nickel alloys evaluated at high temperatures
Stress rupture and creep properties analyzed in tungsten fiber reinforced copper composites
Fibering of oxides in refractory metal matrices
Metallurgical and geometrical factors affecting high temperature tensile properties of discontinuous composites of copper and copper chromium alloy reinforced with tungsten wires
Interfiber distance and temperature effect on critical aspect ratio in composites
Fibering of metal oxides in Nb and Ta matrices prepared by extrusion and powder metallurgy, discussing mechanical properties
Fiber reinforced metallic composites stress rupture and creep properties tested at high temperatures
Length-to-diameter ratio and fiber orientation correlation to tensile properties at elevated temperatures for fiber reinforced composites
Interfacial reactions effect on properties of metal and ceramic fiber reinforced metal matrix composites, noting wetness effect on bonding
Tungsten fiber-reinforced copper composites have tensile strength, yield strength, and modulus of elasticity proportional to fiber content. The composites form high strength electrical conductors.
Metallurgical and geometrical factors affecting high temperature tensile properties of discontinuous tungsten fiber reinforced composites