The meteoroid environment and structural reliability
Meteoroid environment and structural reliability
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Meteoroid environment and structural reliability
Redundancy circuits for improved reliability of onboard computer for OAO
Glossary of terms pertinent to reliability and quality assurance
Theory and techniques for design, analysis, and fault diagnosis of reliable spacecraft data systems
Reliability testing and demonstration lecture notes
Annotated bibliography on human reliability in connection with industrial safety
Reliability studies of thick film products including resistors, capacitors, and conductors
Digital network reliability with redundancy to mask logic modules failure for asymmetric failure modes
Apollo reliability and quality requirements, reviewing changes due to cost reductions in space program
Computer program for system reliability prediction, using probability tree approach and block probabilities
Design and reliability of digital systems for hard cores of fault tolerant computers /hybrid- redundant systems/, discussing advantages over multiplexed systems
Space vehicle optimal design based on reliability analysis, taking into account cost of materials strength tests
Rotating mechanical components reliability under complex fatigue, presenting design data
Long life spacecraft design and reliability based on marine practices and advanced system technology project, considering grand tour outer planets mission
Release mechanism employing simple clevis fitting in combination with two pin-pullers achieves high reliability degree through active mechanical redundancy. Mechanism releases solar arrays. It is simple and inexpensive and performs effectively. It adapts to other release-system applications with variety of pin-puller devices.
System combines two concepts - triple modular redundancy (TMR) and spares (replacement system) redundancy. System has triplicated active unit core with associated bank of specifically arranged standby spare units. Curves plotted from characteristic equation show hybrid system is more reliable than conventional TMR systems.
Reliability requirements for lunar module-borne cosmic ray detector experiment
Reliability analysis and performance prediction for solid state sequencer system model