Fibering of oxides in refractory metals.
Fibering of oxides by hot deformation in metal matrices of unalloyed columbium or tantalum, preparing composites by powder metallurgy
Engineering topics
Publications and source records attributed to Signorelli, R. A..
Fibering of oxides by hot deformation in metal matrices of unalloyed columbium or tantalum, preparing composites by powder metallurgy
Composite metal matrix materials reinforced with polycrystalline ceramic and metal fibers
Stress rupture properties of tungsten wire at high temperatures, noting effect of primary recrystallization on microhardness, ductility and grain size
Stress rupture properties of tungsten wire from 1200 to 2500 deg F
Erosion resistance and thermal stress cracking tests of rocket nozzle materials with solid propellants
Fiber-metal composites with properties related by law-of-mixture relationship
Fiber-metal composites to meet space age requirements, considering fracture mechanisms and strength relationships of fiber-metal matrix materials
High strength reinforced metallic composites for applications over wide temperature range
Law-of-mixtures relationship applied to fiber-metal composites - Determination of yield strengths, tensile strengths, and other properties of composites
Method for producing fiber reinforced metallic composites with high strength and elasticity over wide temperature range
Erosion resistance and failure mechanisms of nozzle materials in small solid-propellant rocket engine