Category:Reliability engineering

• Reliability engineering

0–9

• 451 Group

A

• Active redundancy
• Availability zone

B

• Bathtub curve

C

• Carrier grade
• Cascading failure
• Censoring (statistics)
• Chaos engineering
• Cluster-aware application
• Continuous operation
• Critical to quality
• CTQ tree

D

• Data centre tiers
• Dependability state model
• Dual modular redundancy
• Dye-and-pry

E

• Electromagnetic environment
• Electron beam prober
• Embedment
• Engineering redundancy
• Environmental testing
• Error 33
• Event tree

F

• Failure analysis
• Failure cause
• Failure mode and effects analysis
• Failure mode, effects, and criticality analysis
• Failure modes, effects, and diagnostic analysis
• Failure rate
• Fast probability integration
• Fault reporting
• Fault tolerance
• Fault tree analysis
• Fides (reliability)
• First-order reliability method

H

• Hazard analysis
• Heartbeat (computing)
• Heartbeat message
• High availability
• Highly accelerated stress test
• Hot spare

K

• Kaplan–Meier estimator

L

• Laser voltage prober
• Long-term support
• Lusser's law

M

• Maintenance
• Maintenance engineering
• Maintenance-free operating period
• Mean down time
• Mean time between outages
• Mean time to first failure
• Mean time to recovery
• Mechanical overload
• Mission assurance
• Multi-link trunking

N

• Nelson–Aalen estimator

O

• Operational availability

P

• PEMAC Asset Management Association of Canada
• Proceedings of the Institution of Mechanical Engineers, Part O
• Process decision program chart

R

• RAMP Simulation Software for Modelling Reliability, Availability and Maintainability
• Redundancy (engineering)
• Reliability (computer networking)
• Reliability block diagram
• Reliability-centered maintenance
• Reliability theory of aging and longevity
• Reliability verification
• Reliability, availability, maintainability and safety
• Reliable messaging
• Repair kit
• Risk assessment
• Robustification
• Robustness (computer science)

S

• Safety engineering
• SAPHIRE
• Season cracking
• Short time duty
• Single point of failure
• Site reliability engineering
• Statistical interference
• Stress–strength analysis
• Striation (fatigue)
• Structural reliability
• Structured what-if technique
• System integrity

T

• Triple modular redundancy

U

• Ultimate failure

V

• Value tree analysis