Reliability And Maintenance Engineering

Projects an entered test-condition life parameter to a use temperature with the Arrhenius acceleration model and an exponential or Weibull life distribution.

Converts known MTBF or observed operating time and failures into constant-rate mission reliability, life metrics, and exact one-sided confidence bounds.

Plans exact zero-failure exponential accumulated-time or binomial pass/fail demonstrations without copied test-plan tables.

Evaluates a two-state repairable system with constant failure and repair rates, including transient, average, and steady-state availability.

Calculates independent-component series, parallel, or identical-component K-out-of-N mission reliability without external reliability tables.

Evaluates a two-parameter Weibull life model from an entered shape, characteristic life, time, and target failed fraction.