Public Member Functions | |
| def | reliability_calculate_func (self, usage_time, failure_rate, selected_reliability_model, selected_reliability_unit, shape_parameter) |
| def | reliability_curve_func (cls, reliability_time, failure_rate, shape_parameter) |
| def | reliability_exponential_func (cls, reliability_time, failure_rate) |
| def | reliability_rayleigh_func (cls, reliability_time, failure_rate) |
| def | reliability_weibull_func (cls, reliability_time, failure_rate, shape_parameter) |
Reliability Calculation Class
Definition at line 13 of file class_reliability_calculation.py.
| def phm_reliability_calculation.class_reliability_calculation.ReliabilityCalculation.reliability_calculate_func | ( | self, | |
| usage_time, | |||
| failure_rate, | |||
| selected_reliability_model, | |||
| selected_reliability_unit, | |||
| shape_parameter | |||
| ) |
Reliability Calculation Function
Reliability Types = Exponential, Rayleigh, Weibull, Curve Distribution
Definition at line 17 of file class_reliability_calculation.py.
| def phm_reliability_calculation.class_reliability_calculation.ReliabilityCalculation.reliability_curve_func | ( | cls, | |
| reliability_time, | |||
| failure_rate, | |||
| shape_parameter | |||
| ) |
Reliability Model = Curve Distribution
R = e ^ -( e ^ ( (λt) ^ c ) - 1 )
Definition at line 77 of file class_reliability_calculation.py.
| def phm_reliability_calculation.class_reliability_calculation.ReliabilityCalculation.reliability_exponential_func | ( | cls, | |
| reliability_time, | |||
| failure_rate | |||
| ) |
Reliability Model = Exponential Distribution
R = e ^ -(λt)
Definition at line 50 of file class_reliability_calculation.py.
| def phm_reliability_calculation.class_reliability_calculation.ReliabilityCalculation.reliability_rayleigh_func | ( | cls, | |
| reliability_time, | |||
| failure_rate | |||
| ) |
Reliability Model = Rayleigh Distribution
R = e ^ -( (t/λ) ^ 2 )
Definition at line 59 of file class_reliability_calculation.py.
| def phm_reliability_calculation.class_reliability_calculation.ReliabilityCalculation.reliability_weibull_func | ( | cls, | |
| reliability_time, | |||
| failure_rate, | |||
| shape_parameter | |||
| ) |
Reliability Model = Weibull Distribution
R = e ^ -( (t/λ) ^ c )
Definition at line 68 of file class_reliability_calculation.py.