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Attention is paid to very low probabilities of failure.
The analysis is done at 50% probability of failure as well as lower probabilities of failure.
However, when evaluated probabilistically, finite probabilities of failure were computed, some significant.
However, there are noticeable differences between the probabilities of failure of these configurations in anisotropic situations.
A finite element subroutine is developed for calculation of hazard maps and global probabilities of failure.
The analysis procedure considers both kinematic and kinetic probabilities of failure.
Limit state exceedance probabilities (i.e., the probabilities of failure) are defined.
The modified failure tree is based on risks rather then probabilities of failure.
The probabilities of failure inferred from reliability indices are compared with Monte Carlo simulations.
The system probabilities of failure produced by different copulas differ considerably.
Accordingly, the probabilities of failure of those objective functions are also considered in the reliability-based design optimization (RBDO) approach.
More suggestions(15)
hazards of failure
prospects of failure
rates of failure
chances of failure
dangers of failure
likelihood of failure
chance of failure
probabilities of detection
probabilities of packet
probabilities of transmission
probabilities of success
probabilities of repair
probabilities of recurrence
probabilities of error
probabilities of death
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