Effect of silicon and iron content on embrittlement of a cobalt-base alloy
Silicon and iron effects on embrittlement of cobalt-base alloy /L-605/
SILICON↗
Engineering topics
Freche, J. C.
Publications and source records attributed to Freche, J. C..
Application of ultrasonics to detection of fatigue cracks.
Ultrasonic detection of fatigue crack formation in center-notched sheets of steel and alloys of aluminum and nickel
METAL FATIGUE↗
The effect of vacuum on the fatigue and stress-rupture properties of s-816 and inconel 550 at 1500 deg f
Vacuum effect on fatigue and stress rupture properties of nickel and cobalt superalloys
NICKEL ALLOY↗
Effect of Silicon and Iron Content on Embrittlement of a Cobalt-base Alloy /L-605/
Embrittlement of cobalt-base alloy due to silicon and iron content
SILICON↗
Observations of internal oxidation in six nickel-base alloy systems
Internal oxidation in solid solution nickel base binary alloys
OXIDATION↗
The potential for cobalt-tungsten superalloys.
Cobalt-tungsten superalloy for space power systems, vacuum furnaces and turbojet engines, emphasizing stress rupture and tensile test results
COBALT ALLOY↗
Application of ultrasonics to detection of fatigue cracks
Ultrasonics applied to detection of fatigue cracks in aluminum, mild steel, and alloys of aluminum and nickel
NICKEL ALLOY↗
Effect of variations in silicon and iron content on embrittlement of L-605 /HS-25/
Silicon and iron content effects on ductility and tensile strength of cobalt alloy after aging
TENSILE STRENGTH↗
Nasa developments in cobalt-base superalloys
Chemical, mechanical and physical properties of cobalt-refractory-metal superalloys for high temperature aerospace applications
SUPERALLOY↗
Progress in superalloys
Strength and workability of high temperature nickel-base, cobalt-base, and cobalt-refractory metal superalloys
SUPERALLOY↗
High-temperature cobalt-tungsten alloys for aerospace applications.
High temperature capability and workability of cobalt-tungsten alloys for aerospace applications
COBALT ALLOY↗
Further investigation of a relation for cumulative fatigue damage in bending.
Cumulative rotating bending fatigue damage in steels and in an aluminum alloy
MATERIAL TESTING↗
High-temperature cobalt-tungsten alloys for aerospace applications
High temperature cobalt-tungsten alloys for aerospace applications
AEROSPACE TECHNOLOGY↗
New cobalt alloys have high-temperature strength and long life in vacuum environments
Cobalt refractory metal alloys combine sheet formability with high temperature strength and low material loss in vacuum.
Ashbrook, R. L.↗
A New Series of Nickel-base Alloys for Service Above 1800 Deg f
Melting and casting procedures, strength and ductility, oxidation resistance, and metallurgy of new series of nickel alloys
OXIDATION RESISTANCE↗
A NEW SERIES OF COBALT - REFRACTORY-METAL ALLOYS FOR ADVANCED SPACE POWER SYSTEMS
High temperature properties of binary and ternary cobalt-refractory-metal alloys, with special attention to carbon and zirconium addition effects on rupture life of the alloys
BINARY ALLOY↗
A NICKEL ALLOY FOR 1900 F
Composition and physical characteristics of new nickel-base alloys for high-temperature applications
HIGH TEMPERATURE ALLOY↗
CONTINUED INVESTIGATION OF AN ADVANCED-TEMPERATURE, TANTALUMMODIFIED, NICKEL-BASE ALLOY
Tensile and stress-rupture properties of a tantalum modified nickel-base alloy
TANTALUM ALLOY↗