Add to ORKGSpecified performance life technique starts with the general description of what is wanted, defines in block diagram the operational needs, and then defines the functional systems required. The technique is similar to a truncated reliability model, but the calculation is simplified by use of a Poisson distribution approach to failure probability
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
It is sometimes optimistically hoped that a space life support system can be kept working throughout...
Long-endurance human spaceflight - such as missions to Mars or its moons - will present a never-befo...
Development of methods for predicting operational readiness of complex systems based on probability ...
A hardware system's failure rate often increases over time due to wear and aging, but not always. So...
Non-serviceable systems are often constrained by three requirements that address the need to reliabl...
SCOPE system computes an expression relating the probability of system success to the probabilities ...
A major problem encountered in planning for Space Station Freedom is the amount of maintenance that ...
One of the critical non-replaceable systems of a long-term manned orbital station is the propulsion ...
Recycling life support systems can achieve ultra reliability by using spares to replace failed compo...
Statistical truncated normal distribution function is applied as a time-to-failure distribution func...
Reliability testing of aerospace problems including sampling, distribution functions, and accelerate...
© AIAASystems enabling long-duration crewed missions are expected to have high probabilities of succ...
Cost-effective high reliability can be achieved in future space life support systems through careful...
Statistical and probabilistic reliability methodologies were developed for the determination of hard...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
It is sometimes optimistically hoped that a space life support system can be kept working throughout...
Long-endurance human spaceflight - such as missions to Mars or its moons - will present a never-befo...
Development of methods for predicting operational readiness of complex systems based on probability ...
A hardware system's failure rate often increases over time due to wear and aging, but not always. So...
Non-serviceable systems are often constrained by three requirements that address the need to reliabl...
SCOPE system computes an expression relating the probability of system success to the probabilities ...
A major problem encountered in planning for Space Station Freedom is the amount of maintenance that ...
One of the critical non-replaceable systems of a long-term manned orbital station is the propulsion ...
Recycling life support systems can achieve ultra reliability by using spares to replace failed compo...
Statistical truncated normal distribution function is applied as a time-to-failure distribution func...
Reliability testing of aerospace problems including sampling, distribution functions, and accelerate...
© AIAASystems enabling long-duration crewed missions are expected to have high probabilities of succ...
Cost-effective high reliability can be achieved in future space life support systems through careful...
Statistical and probabilistic reliability methodologies were developed for the determination of hard...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
It is sometimes optimistically hoped that a space life support system can be kept working throughout...
Long-endurance human spaceflight - such as missions to Mars or its moons - will present a never-befo...