Bending of Circular Plates of Hardening Material
Bending of circular plates of hardening material analyzed for axisymmetrical loading and support
Khojasteh-Bakht, M.↗
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Temperature dependence of dispersed barrier hardening.
Dispersed barrier hardening temperature dependence, discussing dislocation interaction potentials based on stress-temperature relationship observations
Ono, K.↗
Development of stabilized precipitation hardened alloys.
Stabilized precipitation hardened alloys, discussing precipitation dispersion coupled with oxide dispersion stability
Bonis, L. J.↗
Possible correlation between work-hardening and fatigue-failure
Conceptual theory proposes that cyclic hardening due to non-uniform strain and stress amplitudes during testing, especially during the initial application of stress to a specimen, may correlate positively with the ultimate strength of the specimen under test.
Kettunen, P. O.↗
Effect of ultrasonic vibration on precipitation hardening of steels and superalloys
Effect of ultrasonic vibration on precipitation hardening of steels and superalloys
Leonard, L.↗
Action of Lithium in Radiation-Hardened Silicon Solar Cells
Action of lithium in radiation-hardened silicon solar cells
Brucker, G. J.↗
Stress corrosion cracking evaluation of several precipitation hardening stainless steels
Stress corrosion cracking evaluation of several precipitation hardened stainless steels
Humphries, T. S.↗
Precipitation hardening of a Mg-Th-Zr alloy.
Polycrystalline Mg-Th-Zr alloy precipitation hardening investigated by tensile and hardness tests and transmission electron microscopy
Mushovic, J. N.↗
Stress corrosion cracking evaluation of precipitation-hardening stainless steel
Accelerated test program results show which precipitation hardening stainless steels are resistant to stress corrosion cracking. In certain cases stress corrosion susceptibility was found to be associated with the process procedure.
Humphries, T. S.↗
Development of radiation hardened lithium- doped solar cells Final report
Fabrication techniques to improve initial efficiency and radiation tolerance of radiation hardened lithium-diffused silicon solar cells
Kendall, D. L.↗
Shock deformation of Inconel 600 alloy - Effect of fine coherent precipitates on explosive-shock hardening
Coherent precipitates effect on explosive shock hardening of pure nickel and Inconel alloy sandwich assemblies determined from simultaneous shock loading at specific pressures
Foltz, J. V.↗
Age-hardenable electrical contact-spring material
Age hardenable monolithic spring material composed of Ag-Pd-Cu alloys for make-break electrical contact
Mcrickard, S. B.↗
Thermal stresses in chemically hardening elastic media with application to the molding process
Thermal stresses in chemically hardened elastic media and applications to molding processes
Levitsky, M.↗
Residual stresses developed in molding a flat sheet of a chemically-hardening relatively incompressible material
Approximation of residual thermal stresses in flat sheet molded from chemical hardening materials
Levitsky, M.↗
Use of lithium to radiation-harden solar cells
Hall, capacitance, and time-dependent measurements of radiation hardened Li-diffused solar cells
Carter, J. R., Jr.↗
Effect of temperature, strain rate and impurity content on the work-hardening characteristics of LiF single crystals
LiF single crystals temperature, strain rate and positive Mg ionic impurity effects on work hardening characteristics
Fotedar, H. L.↗
Joining precipitation-hardened nickel-base alloys by friction welding
Solid state deformation welding process, friction welding, has been developed for joining precipitation hardened nickel-base alloys and other gamma prime-strengthened materials which heretofore have been virtually unweldable. Method requires rotation of one of the parts to be welded, but where applicable, it is an ideal process for high volume production jobs.
Moore, T. J.↗
The role of grain size and shape in the strengthening of dispersion hardened nickel alloys
Thermomechanical processing was used to develop various microsstructures in Ni, Ni-2ThO2, Ni-20Cr, Ni-20CR-2ThO2, Ni-20Cr-10W-and Ni-20Cr-10W-2ThO2. The yield strength at 25 C increased with substructure refinement according to the Hall-Petch relation, and substructure refinement was a much more potent means of strengthening than was dispersion hardening. At elevated temperature (1093 C), the most important microstructural feature affecting strength was the grain aspect ratio (grain length, L, divided by grain width, 1. The yield strength and creep strength increased linearly with increasing L/1.
Wilcox, B. A.↗