Fexible curtain shields equipment from intense heat fluxes
Flexible, high strength curtain made of fiber glass silicone elastomer laminate provides thermal shielding for equipment.
Source record↗
SEARCH · Engineering Papers
Results for “high 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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Thoriated nickel bonded by solid-state diffusion method
Solid-state diffusion bonding in an inert-gas atmosphere forms high-strength joints between butting or overlapping surfaces of thoriated nickel. This method eliminates inert-phase agglomeration.
Bales, T. T.↗
Thermoelectric elements diffusion-bonded to tungsten electrodes
Solid-state diffusion process bonds lead telluride and lead telluride-tin telluride thermoelectric elements to tungsten electrodes. The resulting bond is nonmagnetic and has high strength and low electrical and thermal resistance. This method is also used with tantalum electrodes.
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Evaluation of fasteners and fastener materials for space vehicles annual report, nov. 1963 - nov. 1964
Tensile and double shear tests at cryogenic and room temperature after thermal cycling of high strength fasteners and materials used on space vehicles
FASTENER↗
Development and application of basic analytical principles for materials and design synthesis to advanced concepts for space and launch vehicles quarterly progress report, mar. 23 - jun. 23, 1964
Energy absorbing structures and materials for spacecraft landing system, shell buckling problems, and use of high strength, low ductility materials in pressure vessels
PRESSURE VESSEL↗
Thermoelectric bonding study. the bonding of pbte and pbte-snte with non-magnetic electrodes
Low resistance, high strength, nonmagnetic electrode bonding to lead telluride and lead- telluride-tin telluride alloys
METAL BONDING↗
Crack initiation and propagation in notched fatigue specimens
Crack initiation and propagation in notched fatigue specimens of annealed steel and aluminum
ALUMINUM↗
Bellows design features low spring rate and long life
High pressure bellows has high strength rigid hoops for strength and stability and sheet stock for low spring rate effects. The simplicity of this bellows design facilitates mass production.
Lusic, R. F.↗
Nickel-base superalloys developed for high- temperature applications
Class of nickel-base superalloys containing varying percentages of alloying elements have good workability and high strength at elevated temperatures /1500 to 2200 degrees F/.
Freche, J. C.↗
Boron-deoxidized copper withstands brazing temperatures
Boron-deoxidized high-conductivity copper is used for fabrication of heat transfer components that are brazed in a hydrogen atmosphere. This copper has high strength and ductility at elevated temperatures and does not exhibit massive intergranular failure.
Schmidt, E. H.↗
Electrolytic etching process provides effective bonding surface on stainless steel
Electrolytic etching process prepares surfaces of a stainless steel shell for reliable, high strength adhesive bonding to dielectric materials. The process uses a 25 percent aqueous solution of phosphoric acid.
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Aluminum core structures brazed without use of flux
Aluminum alloy face sheets are brazed to aluminum alloy honeycomb cores without using corrosive flux by means of one or three methods. The completed brazed structure has the high-strength characteristics of heat treated aluminum alloys.
Source record↗
Electroless nickel plating on stainless steels and aluminum
Procedures for applying an adherent electroless nickel plating on 303 SE, 304, and 17-7 PH stainless steels, and 7075 aluminum alloy was developed. When heat treated, the electroless nickel plating provides a hard surface coating on a high strength, corrosion resistant substrate.
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Review of literature on hydrogen embrittlement
Hydrogen embrittlement in high strength iron-base and nickel-base alloys and titanium
IRON ALLOY↗
Joining of Nickel and Nickel-Base Alloys
Nickel and nickel- base alloys are amenable to joining with many of the familiar joining processes. Some new joining processes also have been used successfully. In general, conventional joining procedures are used with only slight required modifications, depending on the particular alloy to be welded. However, some special precautions must be taken. Harmful materials must be removed from the joint or surrounding areas or they may damage the weld and the nearby heated parent metal. Some high-strength age hardenable alloys are prone to cracking in or near joint areas, unless the material is in the proper condition of heat treatment prior to joining operations. Foreign material and flux residues left from joining operations can cause trouble in subsequent service if not removed. Procedures for joining these alloys have been developed that eliminate or minimize the usual difficulties that have been experienced. When proper procedures are employed, joining of nickel and nickel- base alloys can be performed satisfactorily.
Vagi, J. J.↗
Development of Light Weight Magnesium Alloys for Low Temperature Applications Annual Progress Report, 19 Jun. 1964 - 18 Jun. 1965
Lightweight, wrought magnesium alloys for high strength and ductility and low notch sensitivity applications at cryogenic temperatures
METALLURGY↗
Graphite-metal composites Final report, 1 Aug. 1965 - 31 Jul. 1966
High strength, hot pressed metal carbide-graphite composites
METAL CARBIDE↗
Study of stress corrosion in aluminum alloys
Mechanism of the stress corrosion cracking of high-strength aluminum alloys was investigated using electrochemical, mechanical, and electron microscopic techniques. The feasibility of detecting stress corrosion damage in fabricated aluminum alloy parts by nondestructive testing was investigated using ultrasonic surface waves and eddy currents.
Brummer, S. B.↗