Plane strain crack toughness testing of high strength metallic materials.
Book on plain strain crack toughness testing of high strength metallic materials
Brown, W. F., Jr.↗
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A high strength nickel-base alloy with improved oxidation resistance up to 2200 deg F.
High strength nickel base alloy with improved oxidation resistance up to 2200 degrees F for applicability to gas turbine engine components
Freche, J. C.↗
A high temperature, electrically insulating cermet seal having high strength and thermal conductance.
High temperature cermet seal for research thermionic diode, discussing resistivity, structural integrity, thermal shock resistance, tensile strengths and thermal conductance
Breitwieser, R.↗
Thickness variation of breakdown field strength in plasma oxidized aluminum films.
Breakdown field strength variations in plasma oxidized thin Al films, discussing oxide thickness and temperature dependence
Nicol, W. S.↗
The influence of cooling rates on the microstructure and strength of 2014 aluminum alloy welds.
Cooling rates effect on microstructure and strength of gas tungsten arc welds of aluminum alloy
Phillips, A.↗
The separation of corrosion and stress effects in the ''stress corrosion'' of high strength aluminum alloys.
Stress corrosion of high strength aluminum alloy in NaCl solution, separating corrosion and stress effects
Brummer, S. B.↗
Absolute oscillator strengths of the strongest bands within the dipole-allowed absorption spectrum of nitrogen.
Absolute absorption values of four strongest bands in molecular N dipole, determining oscillator strengths
Dressler, K.↗
A study of the strengths and widths of lines in the 9.4 and 10.4 mu CO sub 2 bands.
Strengths and widths of lines in 9.4 and 10.4 mu carbon dioxide bands by measuring transmittance vs pressure, using curve of growth method
Mccubbin, T. K., Jr.↗
Experimental oscillator strengths for the O I lines lambda lambda 1302-1306 and 1152 angstrom units.
Atomic O 1302 A and 1152 A lines oscillator strengths determined from radiative lifetimes measured by phase shift
Gaillard, M.↗
Relative strengths of resonance lines in the Ne I and Ar I isoelectronic sequences.
Relative resonance line strengths of ions in Ne I and Ar I isoelectronic series from coupling theory and energy levels, noting solar UV spectrum interpretation
Murphy, P. W.↗
The oscillator strength of the molecular hydrogen /4, 0/ Lyman band.
Optical determination of molecular hydrogen Lyman band oscillator strength from individual rotational lines
Brooks, N. H.↗
Relative cleanliness as a measure of lunar soil strength.
Lunar soil strength related to particle surface relative cleanliness, noting effects of gas adsorption and desorption on interparticle forces
Nelson, J. D.↗
Time-dependent mechanical strength of oriented media.
Time dependent theory of mechanical strength of homogeneous and partially oriented and stressed media based on microscopic molecular structure
Hsiao, C. C.↗
Strength calculations for sheet-metal parts with cracks.
Strength of sheet metal parts containing cracks studied by simulating fail safe design
Kuhn, P.↗
A biaxial weld strength prediction method
Method is given for design of structures which are subjected to multi-axial loading due to internal pressure. The biaxial strength of a structure can be predicted by modifying the uniaxial formula.
Rawe, R. A.↗
Silphenylene elastomers have high thermal stability and tensile strength
Two polymeric silphenylene ethers, when cured by reactions with ethyl silicates and metal salts at room temperature, form elastomers having excellent thermal stability and tensile properties. The highest tensile strength obtained in a reinforced elastomer was 2800 psi.
Source record↗
Retention of ductility in high-strength steels
To produce high strength alloy steel with retention of ductility, include tempering, cooling and subsequent tempering. Five parameters for optimum results are pretempering temperature, amount of strain, strain rate, temperature during strain, and retempering temperature.
Parker, E. R.↗
Manganese-56 coincidence-counting facility precisely measures neutron-source strength
Precise measurement of neutron-source strength is provided by a manganese 56 coincidence-counting facility using the manganese-bath technique. This facility combines nuclear instrumentation with coincidence-counting techniques to handle a wide variety of radioisotope-counting requirements.
De Volpi, A.↗