Failure mode frequency ratios, environmental adjustment factors, and failure rates for mechanical and electromechanical component families are presented. The failure rates and failure rate modifiers resulted from a series of studies whose purpose was to provide design, tests, reliability, and systems engineers with accurate, up-to-date failure rate information. The results of the studies were achieved through an extensive engineering analysis of the Saturn Program test data and Unsatisfactory Condition Reports (UCR's) and the application of mathematical techniques developed for the studies
Failure free electronic systems - statistical quality measurement, adaptive voter, failure responsiv...
Monte Carlo method for S-IC control engine-out condition study on Saturn 5 launch vehicl
Dynamic structural analysis, statistical analysis, and Rayleigh-Ritz methods applied to Skylab and A...
Literature survey and test program to study reliability of linear integrated circuit
Quality control and applications of Saturn program experiences to future space program
Failure data from 16 commercial spacecraft were analyzed to evaluate failure trends, reliability gro...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1991.In...
Failure information notebook for major components of electronic, electromechanical, and mechanical s...
A failure evaluation of the transducers used in the environmental control systems of the Apollo comm...
Conceptual study of possible solutions to long- term and time-critical reliability problems affectin...
Mariner Mars 1964 failure rates computed for use in reliability predictions and cost allocation
Low frequency longitudinal vibration /POGO/ analysis by mathematical model for Apollo Saturn spacecr...
Telemetry system for space vehicle of Saturn I /SA-4/ launch vehicle - performance evaluatio
Failure free systems studies - integrated circuits, majority voted redundancy, and self-repairing sy...
Saturn integrated circuit reliability tests performed to improve failure mode screenin
Failure free electronic systems - statistical quality measurement, adaptive voter, failure responsiv...
Monte Carlo method for S-IC control engine-out condition study on Saturn 5 launch vehicl
Dynamic structural analysis, statistical analysis, and Rayleigh-Ritz methods applied to Skylab and A...
Literature survey and test program to study reliability of linear integrated circuit
Quality control and applications of Saturn program experiences to future space program
Failure data from 16 commercial spacecraft were analyzed to evaluate failure trends, reliability gro...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics, 1991.In...
Failure information notebook for major components of electronic, electromechanical, and mechanical s...
A failure evaluation of the transducers used in the environmental control systems of the Apollo comm...
Conceptual study of possible solutions to long- term and time-critical reliability problems affectin...
Mariner Mars 1964 failure rates computed for use in reliability predictions and cost allocation
Low frequency longitudinal vibration /POGO/ analysis by mathematical model for Apollo Saturn spacecr...
Telemetry system for space vehicle of Saturn I /SA-4/ launch vehicle - performance evaluatio
Failure free systems studies - integrated circuits, majority voted redundancy, and self-repairing sy...
Saturn integrated circuit reliability tests performed to improve failure mode screenin
Failure free electronic systems - statistical quality measurement, adaptive voter, failure responsiv...
Monte Carlo method for S-IC control engine-out condition study on Saturn 5 launch vehicl
Dynamic structural analysis, statistical analysis, and Rayleigh-Ritz methods applied to Skylab and A...