Oscillator Strengths and High Accuracy Wave Functions for Neutral Helium
Central field wave functions for oscillator strength computations in two-electron helium system
OSCILLATOR↗
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Results for “strength”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Development of welding techniques and filler metals for high strength aluminum alloys Final report
Welding techniques and filler metals for high strength aluminum alloys
WELDING↗
Chemical bonding and shear strength of silicate systems under lunar conditions
Chemical bonding and shear strength of silicate systems under lunar conditions
SILICATE↗
Investigation of advanced high strength alloys used in weight reduction of the Saturn V thrust structure. Phase I - Feasibility study
Weight reductions in Saturn V thrust structure by using lightweight high strength beryllium blind and semi-blind fasteners
HIGH STRENGTH ALLOY↗
A high strength nickel base alloy with improved oxidation resistance up to 2200 deg F
High tensile strength nickel base alloy with improved oxidation resistance up to 2200 degrees Farenheit
OXIDATION RESISTANCE↗
Prediction of compressive strength in uniaxial boron fiber-metal matrix composite materials.
Compressive strength and instability failure mechanism in uniaxial boron fiber-metal matrix composite material
ELASTIC STABILITY↗
The influence of gas-saturated layers on the strength and plastic properties of titanium alloys
Effect of gas saturated layers on strength and plastic properties of titanium alloys
NOTCH STRENGTH↗
The influence of heating in different gases on the toughness /impact strength/ of commercial titanium
Impact strength of titanium unaffected by heating time during vacuum heating
HEATING↗
Short-term and long-term /creep/ strength of six-component titanium alloys AT-3, AT-4, AT-6, and AT-8 /according to data obtained with industrial melts/
Strength characteristics of industrial melts of multicomponent titanium alloys with .03 to .075 aluminum content
ALUMINUM↗
A review of the literature on cleaning, pickling, and electroplating processes and relief treatments to minimize hydrogen embrittlement of ultrahigh-strength steels Special report
Cleaning, pickling, and electroplating processes to minimize hydrogen embrittlement of ultrahigh strength steels
ELECTROPLATING↗
Evaluation of high strength columbium alloys for alkali metal containment Final report, 25 Jul. 1962 - 15 Dec. 1964
High strength niobium alloy corrosion testing and evaluation of alkali metal containment
METAL CORROSION↗
Use of electronic digital computers in strength calculation of thin-walled aircraft structures
Automatic calculations of strengths of force transmitting components of thin-walled aircraft structures
YIELD STRENGTH↗
Influence of high temperatures on the strength of solidified resins and materials based on resins
Temperature effects on strength of phenol formaldehyde, phenol phosphorus, melamine formaldehyde, and organosilicon resins
ORGANIC SILICON COMPOUND↗
Investigation of strength of isolated vertebrae, phase IV Final technical report, 29 Oct. 1965 - 28 Oct. 1966
Dynamic strength measurements of human vertebrae under axial compression
FRACTURE MECHANICS↗
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
OXIDATION RESISTANCE↗
Radiation effects on shear strength of several alloys at liquid hydrogen environment.
Radiation effects on shear strength of several alloys at liquid hydrogen environment
RADIATION EFFECT↗
Strength of sintered specimens containing hollow glass microspheres.
Bending strength dependence on porosity of sintered powdered glass beam
SINTERING↗
Computative examination of bending strength of girders originally curved and subjected to longitudinal compression
This report examines the stipulation contained in the 1918 BLV, that a girder subjected to longitudinal compression under the influence of half of the specified breaking load, along with Euler bending safety with an initial deflection of 1/200 of the length of the girder can, at most, be subjected to half the stipulated breaking strength.
MATERIALS - STRENGTH↗