Development of separable connectors for the Saturn S-IV stage
Connector development, selection, and inspection for Saturn S-IV stage propulsion system
SATURN S-IV STAGE↗
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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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Performance of AFRPL stainless steel connectors
Stainless steel separable connectors with reduced leakage for high pressure missile systems
MISSILE SYSTEM↗
A high-temperature threaded connector design
High temperature, high pressure separable threaded tube connector with zero leakage for advanced launch vehicles
CONNECTOR↗
An efficient procedure for threaded-connector selection
Selection of threaded connectors used in high performance missile fluid systems, based on helium leakage
CONNECTOR↗
Cyclic strain induced creep - A separable connector design problem
Cyclic loading induced creep in metals for connector gaskets
CONNECTOR↗
Swaged tube and duct connector feasibility
Design of fluid line connectors depending solely upon cold forming of metal to carry structural loads and to make helium leak-tight seal
SEALING↗
Relaxation Design of Separable Tube Connectors
Design procedure to predict relaxation or time to leakage for separable tube connectors
CONNECTOR↗
High pressure large flow rate flexible connector system Final summary report
Design study, material selection, and stress analysis of high-pressure large flow rate flexible connector system
CONNECTOR↗
Sterilizable electronic packaging, connectors, wires, and cabling accessories
Sterilization effects on soldered and welded joints, electronic equipment processes and materials, electric connectors, and wiring and cabling accessories
ELECTRONIC PACKAGING↗
A connector sealing technique for extended- mission computers.
Humidity, temperature, contamination and disconnection effects on gasket and grease seals for extended space mission computer connectors
ENVIRONMENTAL TESTING↗
Harsh Environment Protective Housings for Electrical and Fluid Connectors
Harsh Environment Protective Housings for Electrical and Fluid Connectors.
dust↗
DESIGN CRITERIA FOR ZERO-LEAKAGE CONNECTORS FOR LAUNCH VEHICLES. VOLUME I, SUMMARY, CONCLUSIONS, AND DESIGN EXAMPLES
Design criteria for zero-leakage connectors for launch vehicles - plastic flow & flange rolling
LAUNCH VEHICLE↗
Modified RF coaxial connector ends vacuum chamber wiring problem
A standard radio frequency coaxial connector is modified so that a plastic insulating sleeve can be mounted in the wall of a vacuum chamber. This eliminates ground loops and interference from cable connections.
Weiner, D.↗
Compact coaxial connector for printed circuit adds reliability
Soldering and welding techniques are used to connect a coaxial cable to a printed circuit board. This device aids reliability control of equipment as standard connectors are bulky and heavy.
Radecke, T. F.↗
Connector seals fluid lines at cryogenic temperatures and high vacuums
A connector that will serve as a seal for fluids at cryogenic temperatures and in high vacuums was constructed by installing a metal disk between two sets of mating serrations to form two sealing surfaces. Compression on both sealing surfaces is ensured by spring action of the disk.
Kitts, W. T.↗
Feed-through connector withstands high temperatures in vacuum environment
Feed-through connector with sealing action augmented by any temperature increase can be used through the wall of a vacuum device. It retains vacuum integrity through successive cycles of high temperature.
Kreisman, W. S.↗
Statistical Interface-leakage Analysis and Feasibility of Superfinished Surfaces for Sealing Final Report, Jan. 1964 - Mar. 1965. Design Criteria for Zero Leakage Connectors for Launch Vehicles
Extremely fine finished surfaces as mating parts for sealing in fluid connectors and statistical analysis of interface leakage
INTERFACE↗
Improved tool easily removes brazed tube connectors
Portable, compact tool quickly and cleanly removes brazed connectors from system tubes. The tool uses an induction coil to melt the braze and a compression spring to automatically separate the connection. An inert gas is force-fed about the heated area to prevent oxidation of the tube.
Schoppman, R. A.↗