Process for applying a protective coating for salt bath brazing Patent
Application techniques for protecting materials during salt bath brazing
Francisco, A. C.↗
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Results for “brazing”
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 ultrasonic scanning system for in-place inspection of brazed tube joints
Ultrasonic scanning system developed for in place inspection of brazed tube joints
Haralson, H. S.↗
Ultrasonics used for high-precision nondestructive inspection of brazed joints
Technique detects voids greater than or equal to 0.1016 cm in braze depths of 0.254 cm, detecting voids of smaller dimensions is possible. Internal design ensures control of beam's water path length to within 0.635 cm, this length is critical to system's accuracy.
Peterson, R. M.↗
Induction brazing manual
Manual presents standards and techniques which are known or are particular to specific industry, and is useful as guide in closing tolerance brazing. Material and equipment specifications, tool setting tables, and quality control data and instructions are included. Since similar standards are available, manual is supplementary reference.
Source record↗
Improved brazing technique for pyrolytic graphite
Technique uses braze metal and joint design that together compensate for the difficult anisotropic properties of the graphite and are usable at elevated temperatures.
Bogowitz, R. G.↗
Exothermic brazing units
Units are used for repairing and assembling stainless steel tubing. Heat generated by chemical reaction is used to melt brazing alloy and bonded area is not contaminated by the reactants or by-products of the reaction.
Mc Caig, J. C.↗
Development of optimum fabrication techniques for brazed tantalum/Type 316 stainless steel tubular transition joints Final report
Development of optimum fabrication techniques for brazed stainless steel transition joints
Ekvall, R. A.↗
Evaluation program for secondary spacecraft cells - Acceptance test of General Electric Company 6.0 ampere hour nickel cadmium cells /ceramic seals with nickel braze/
Acceptance tests including capacity, cell short, high vacuum leak, overcharge, and internal resistance of nickel-cadmium secondary cells with nickel braze ceramic seals for spacecraft
Thomas, R. E.↗
Exothermic brazing specimens Final report, 22 Jun. 1967 - 31 Dec. 1970
Exothermic braze units for repair and assembly of stainless steel materials on space missions
Source record↗
Nondestructive testing for braze voids in thin panels by use of special coatings
Application of commercial coating to exterior of sandwich panel structures for determining presence of voids in brazed plates is discussed. Procedure for applying coating material and method of conducting nondestructive tests are explained. Illustrations are included to show appearance of voids.
Gibson, J. C.↗
Skylab experiment performance evaluation manual. Appendix G: Experiment M552 exothermic brazing (MSFC)
Analyses for Experiment M552, Exothermic Brazing (MSFC), to be used for evaluating the performance of the Skylab corollary experiments under preflight, inflight, and post-flight conditions are presented. Experiment contingency plan workaround procedure and malfunction analyses are presented in order to assist in making the experiment operationally successful.
Thomas, O. H., Jr.↗
Binary alloys for refractory-metal brazing
Data on binary-metal eutectics and melting-point minimums have been assembled for use in selecting brazing filler compositions for refractory metals. Data are presented in four tables for ready reference. Brief discussion of problems and potentials of metallides is included in appendix.
Morris, J. F.↗
Diffusion brazing nickel-plated stainless steel
To bond parts, sandwich assembly is made up of aluminum core, aluminum face sheet with brazing alloy interface, and nickel plated stainless steel part. Sandwich is placed between bottom and top glide sheet that is placed in stainless steel retort where assembly is bonded at 580 C.
Beuyukian, C. S.↗
Internal grid for release of brazing retorts
Wire grid permits retorts to be opened more quickly after brazing. Grid also aids purging and evacuation, better control of vacuum in part area, and reduces thermocouple damage.
Beuyukian, C. S.↗
Two braze alloys for thin-wall components
Alloys are ductile and are not subject to hydrogen or cryogenic embrittlement. During brazing operation, alloys demonstrate excellent wetting, flow and gap-filling capacities, and resist oxidation and salt-spray corrosion. Alloys are producible as foils, tape, wire, and powder. They may be used to join stainless steels and nickel and cobalt high-temperature alloys.
Brennan, A.↗
Compatibility of Au-Cu-Ni braze alloy with NH3
Tests show that Gold-Copper-Nickel alloy is compatible with ammonia systems. Joining tubes by brazing has advantages such as reducing chances of excessive grain growth in base metal, saving weight, and cleanliness.
Diaz, V., Jr.↗
Brazed boron-silicon carbide/aluminum structural panels
Fluxless brazing process minimizes degradation of mechanical properties composite material of silicon carbide coated boron fibers in an aluminum matrix. Process is being used to fabricate full-scale Boron-Silicon Carbide/Aluminum-Titanium honeycomb core panels for flight testing and ground testing.
Arnold, W. E., Jr.↗
Brazing dissimilar aluminum alloys
Dip-brazing process joins aluminum castings to aluminum sheet made from different aluminum alloy. Process includes careful cleaning, surface preparation, and temperature control. It causes minimum distortion of parts.
Dalalian, H.↗