accelerated life testing data analysis
Overview of System Reliability
accelerated life tests
Basic System Reliability Terminology
accepted calls
Using Resources: Pools and Crews
achieved availability
Availability
active downtime
Downtime Distributions
algorithm setup
Note Regarding Numerical Integration Solutions
allocate
Reliability Allocation
alta
Basic System Reliability Terminology
Load Sharing
alternating renewal process
Availability
analytical analysis
Time-Dependent System Reliability (Analytical)
analytical approach
Analytical Calculations
Analytical Life Predictions
analytical calculations
Analytical Calculations
analytical life predictions
Analytical Life Predictions
analytical method
Analytical Life Predictions
analytical mode
Analytical Calculations
BlockSim's Computation Modes
analytical qcp
Analytical Life Predictions
analytical system reliability
RBDs and Analytical System Reliability
Series System
Simple Parallel Systems
approximate reliability function
Approximating the System
arrhenius relationship
A Brief Introduction to Life-Stress Relationships
assemblies
Basic System Reliability Terminology
assembly
Overview of System Reliability
availability
Availability
Basic System Reliability Terminology
availability classifications
Availability
average call duration
Using Resources: Pools and Crews
average cost per call
Using Resources: Pools and Crews
average up-time availability
Availability
average uptime availability
Availability
black boxes
Overview of System Reliability
block
Overview of System Reliability
block details
Using Maintenance Policies
block diagrams
Basic System Reliability Terminology
block downtime
Results by Component
block failure models
Basic System Reliability Terminology
block properties
Approximating the System
block uptime
Results by Component
blocksim
BlockSim's Computation Modes
Introduction
Load Sharing
Symbolic Solutions in BlockSim
bx life
Analytical Life Predictions
calculations
Analytical Calculations
calls received
Using Resources: Pools and Crews
cdf
A Brief Introduction to Continuous Life Distributions
Analytical Life Predictions
BlockSim's Computation Modes
cm downtime
General Simulation Results
combination of series and parallel
Combination of Series and Parallel
complement of event
A Brief Introduction to Probability Theory
complex diagrams
Configurations with Inherited Subdiagrams
complex rbd
Symbolic Solutions in BlockSim
complex systems
Complex Systems
Simple Repairs
component
Overview of System Reliability
component configurations
Component Configurations
component reliability
Series System
Simple Parallel Systems
component reliability importance
Component Reliability Importance
components
Basic System Reliability Terminology
computation modes
BlockSim's Computation Modes
conditional probability
A Brief Introduction to Probability Theory
conditional reliability
Analytical Life Predictions
conditional reliability function
A Brief Introduction to Continuous Life Distributions
A Brief Introduction to Life-Stress Relationships
configurations
Component Configurations
Configurations with Load Sharing and Standby Redundancy
Configurations with Mirrored Blocks
Configurations with Multi Blocks
constant failure rate
Preventive Maintenance
containers
Containers in Simulation
continuous life distributions
A Brief Introduction to Continuous Life Distributions
continuous random variable
A Brief Introduction to Continuous Life Distributions
corrective maintenance
Defining Maintenance
corrective maintenance policies
Using Maintenance Policies
cost
Improving Reliability
cost function
Improving Reliability
cost functions
Other Notes on User-Defined Cost Functions
cost of reliability
Improving Reliability
crew details
Using Maintenance Policies
crew logistic time
Using Resources: Pools and Crews
crews
BlockSim's Computation Modes
Using Resources: Pools and Crews
criticality calculations
Reliability Allocation
cumulative density function
Analytical Life Predictions
BlockSim's Computation Modes
cumulative distribution function
A Brief Introduction to Continuous Life Distributions
decomposition method
Complex Systems
defining a feasibility policy
Improving Reliability
defining maintenance
Defining Maintenance
depots
Using Resources: Pools and Crews
diagramming methods
Basic System Reliability Terminology
distribution settings
Approximating the System
distributions
A Brief Introduction to Continuous Life Distributions
Basic System Reliability Terminology
do not perform maintenance if the action brings the system down
Using Maintenance Policies
dormant failures
Defining Maintenance
downing event criticality index
Results by Component
downing events
General Simulation Results
downtime
Downtime Distributions
downtime distributions
Downtime Distributions
downtimes
Using Maintenance Policies
emergency
Using Resources: Pools and Crews
emergency spare provisions
Using Resources: Pools and Crews
emergency spares
Using Resources: Pools and Crews
event
A Brief Introduction to Probability Theory
event space method
Complex Systems
exact reliability solutions
BlockSim's Computation Modes
examples
A Brief Introduction to Probability Theory
Analytical Life Predictions
Approximating the System
Availability
Complex Systems
Component Reliability Importance
Configurations with Inherited Subdiagrams
Configurations with Mirrored Blocks
Difference Between Physical and Reliability-Wise Arrangement
k-out-of-n Parallel Configuration
Load Sharing
Preventive Maintenance
Reliability Block Diagrams for Failure Modes and Other Applications
Series System
Simple Parallel Systems
Standby Components
Using Maintenance Policies
Using Resources: Pools and Crews
expected number of failures
General Simulation Results
experiment
A Brief Introduction to Probability Theory
eyring relationship
A Brief Introduction to Life-Stress Relationships
failure criticality index
Results by Component
failure distribution
Basic System Reliability Terminology
Non-Repairable and Repairable Systems
failure distributions
Basic System Reliability Terminology
failure mode and effects analysis
Reliability Allocation
failure models
Basic System Reliability Terminology
failure modes
Reliability Block Diagrams for Failure Modes and Other Applications
failure rate
Analytical Life Predictions
failure rate function
A Brief Introduction to Continuous Life Distributions
failure times
Simulation Calculations
fault avoidance
Implementing the Optimization
Improving Reliability
fault tolerance
Implementing the Optimization
Improving Reliability
feasibility term
Improving Reliability
field data
Basic System Reliability Terminology
finite restarts
Standby Components
fmea
Reliability Allocation
fmeca
Reliability Allocation
function of time
Analytical Calculations
hidden failures
Defining Maintenance
ibs
Symbolic Solutions in BlockSim
identical block simplification
Symbolic Solutions in BlockSim
identical system downing events
General Simulation Results
imperfect repairs
Imperfect Repairs
implementing the optimization
Implementing the Optimization
implementing the reliability optimization
Setting Specifications
importance measures
Reliability Allocation
improving reliability
Improving Reliability
in-house reliability tests
Basic System Reliability Terminology
independent events
A Brief Introduction to Probability Theory
inherent availability
Availability
inherited subdiagrams
Configurations with Inherited Subdiagrams
inspection brings system down
Using Maintenance Policies
inspection downtime
General Simulation Results
inspection policies
Using Maintenance Policies
inspections
Defining Maintenance
instantaneous (or point) availability
Availability
instantaneous availability
Availability
intersection of two events
A Brief Introduction to Probability Theory
inverse power law relationship
A Brief Introduction to Life-Stress Relationships
ipl
A Brief Introduction to Life-Stress Relationships
ipl-weibull failure rate function
A Brief Introduction to Life-Stress Relationships
ipl-weibull reliability function
A Brief Introduction to Life-Stress Relationships
item age
Using Maintenance Policies
item group #
Using Maintenance Policies
k-out-of-n configuration
k-out-of-n Parallel Configuration
lcc analysis
Life Cycle Cost Analyses
life characteristic
A Brief Introduction to Life-Stress Relationships
life cycle cost analyses
Life Cycle Cost Analyses
life data analysis
Overview of System Reliability
life distribution
Basic System Reliability Terminology
life distributions
A Brief Introduction to Continuous Life Distributions
life-stress relationships
A Brief Introduction to Life-Stress Relationships
load & life parameter experimenter
Load Sharing
load sharing
Load Sharing
Note Regarding Numerical Integration Solutions
load sharing container
Configurations with Load Sharing and Standby Redundancy
load sharing containers
Containers in Simulation
load sharing redundancy
Configurations with Load Sharing and Standby Redundancy
logistic delays
Using Resources: Pools and Crews
logistic time
Using Resources: Pools and Crews
maintainability
Basic System Reliability Terminology
Downtime Distributions
Maintainability
maintenance
Defining Maintenance
Preventive Maintenance
maintenance actions
Downtime Distributions
Repairable Systems
maintenance policies
Using Maintenance Policies
maximum achievable reliability
Improving Reliability
maximum capacity
Using Resources: Pools and Crews
mean
A Brief Introduction to Life-Stress Relationships
mean availability
Availability
mean availability (all events)
General Simulation Results
Results by Component
mean availability (w/o pm & inspection)
General Simulation Results
Results by Component
mean downtime per event
Results by Component
mean life
A Brief Introduction to Continuous Life Distributions
mean time to failure
Analytical Life Predictions
median life
A Brief Introduction to Continuous Life Distributions
mirrored blocks
Configurations with Mirrored Blocks
modal life
A Brief Introduction to Continuous Life Distributions
mode
A Brief Introduction to Continuous Life Distributions
mtbde
Results by Component
mtbf
Results by Component
mttf
A Brief Introduction to Continuous Life Distributions
A Brief Introduction to Life-Stress Relationships
Maintainability
mttff
General Simulation Results
mttr
Maintainability
multi blocks
Configurations with Multi Blocks
Subdiagrams and Multi Blocks in Simulation
multiple crews
Using Resources: Pools and Crews
multiple identical blocks
Configurations with Multi Blocks
n.e.p.u.
Implementing the Optimization
non-repairable systems
Non-Repairable and Repairable Systems
notation
Appendix A: General Notation
null event
A Brief Introduction to Probability Theory
number of cms (system downing)
General Simulation Results
number of downing events
Results by Component
number of equivalent parallel units
Implementing the Optimization
number of failures
Results by Component
number of failures (system downing)
General Simulation Results
number of inspections (system downing)
General Simulation Results
number of pms (system downing)
General Simulation Results
number of sd events
Results by Component
number of sd failures
Results by Component
numerical integration solutions
Note Regarding Numerical Integration Solutions
on-condition restock
Using Resources: Pools and Crews
operational availability
Availability
optimization
Implementing the Optimization
optimization method
Other Notes on User-Defined Cost Functions
optimized component reliabilities
Implementing the Optimization
optimized reliability allocation
Reliability Importance and Optimized Reliability Allocation (Analytical)
optimum age replacement policy
Preventive Maintenance
optimum allocation scheme
Improving Reliability
outcome
A Brief Introduction to Probability Theory
outside factor
A Brief Introduction to Life-Stress Relationships
overlapping downing events
General Simulation Results
owntime distributions
Downtime Distributions
parallel
Basic System Reliability Terminology
Combination of Series and Parallel
parallel configuration
Simple Parallel Systems
parallel redundancy
k-out-of-n Parallel Configuration
parallel systems
Simple Parallel Systems
parameter experimenter
Implementing the Optimization
path-tracing method
Complex Systems
pdf
A Brief Introduction to Continuous Life Distributions
A Brief Introduction to Life-Stress Relationships
Analytical Calculations
penalty
Improving Reliability
percent accepted
Using Resources: Pools and Crews
percent rejected
Using Resources: Pools and Crews
physical structural arrangement
Difference Between Physical and Reliability-Wise Arrangement
pm downtime
General Simulation Results
point availability
Availability
point availability (all events)
General Simulation Results
point reliability (fail events)
General Simulation Results
pool details
Using Maintenance Policies
pools
Using Resources: Pools and Crews
preventive maintenance
Defining Maintenance
Preventive Maintenance
preventive maintenance policies
Using Maintenance Policies
preventive replacement
Preventive Maintenance
preventive replacement time
Preventive Maintenance
probability
A Brief Introduction to Probability Theory
Statistical Background
probability density function
A Brief Introduction to Continuous Life Distributions
A Brief Introduction to Life-Stress Relationships
probability properties
A Brief Introduction to Probability Theory
probability theory
A Brief Introduction to Probability Theory
Analytical Calculations
qalt
A Brief Introduction to Life-Stress Relationships
quantitative accelerated life testing
A Brief Introduction to Life-Stress Relationships
queue based
Using Resources: Pools and Crews
random variable
A Brief Introduction to Continuous Life Distributions
random variables
A Brief Introduction to Continuous Life Distributions
rbds
Analytical Calculations
Basic System Reliability Terminology
RBDs and Analytical System Reliability
Series System
redundancy
Standby Components
redundant components
Standby Components
redundant units
Simple Parallel Systems
references
References
rejected calls
Using Resources: Pools and Crews
reliability
Analytical Calculations
Basic System Reliability Terminology
Improving Reliability
Standby Components
reliability allocation
Reliability Allocation
reliability analysis
BlockSim's Computation Modes
reliability block diagram
A Brief Introduction to Life-Stress Relationships
reliability block diagrams
Basic System Reliability Terminology
Difference Between Physical and Reliability-Wise Arrangement
Reliability Block Diagrams for Failure Modes and Other Applications
reliability blocks
Basic System Reliability Terminology
reliability engineering
A Brief Introduction to Continuous Life Distributions
reliability function
A Brief Introduction to Continuous Life Distributions
BlockSim's Computation Modes
reliability growth models
Other Notes on User-Defined Cost Functions
reliability importance
Component Reliability Importance
Reliability Importance and Optimized Reliability Allocation (Analytical)
Series System
reliability optimization
Improving Reliability
reliability-wise arrangement
Difference Between Physical and Reliability-Wise Arrangement
reliable life
A Brief Introduction to Life-Stress Relationships
renewal theory
Availability
repair
BlockSim's Computation Modes
repair distributions
Basic System Reliability Terminology
Downtime Distributions
repairable system
Availability
repairable systems
Applying These Principles to Larger Systems
Defining Maintenance
Introduction to Repairable Systems
Non-Repairable and Repairable Systems
Repairable Systems
repairable systems analysis
Discussion on Repairable Systems Analysis Through Simulation
Repairable Systems Analysis Through Simulation
resources
Using Resources: Pools and Crews
restocking the pool
Using Resources: Pools and Crews
restoration actions
BlockSim's Computation Modes
restoration factors
Imperfect Repairs
results by component
Results by Component
rf
Imperfect Repairs
risk assessment
Reliability Allocation
risk priority number
Reliability Allocation
rpn
Reliability Allocation
rs deci
Reliability Allocation
Results by Component
rs fci
Reliability Allocation
Results by Component
sample space
A Brief Introduction to Probability Theory
scheduled restock
Using Resources: Pools and Crews
scheduled restocks
Using Resources: Pools and Crews
series
Basic System Reliability Terminology
Combination of Series and Parallel
series configuration
Series System
series systems
Series System
setting specifications
Setting Specifications
show bock id
Simple Repairs
simple complex system
Analytical Life Predictions
simple parallel
Simple Repairs
simple parallel systems
Simple Parallel Systems
simple repairs
Simple Repairs
simple series
Simple Repairs
simple standby configuration
Standby Components
simple system
Analytical Life Predictions
simulation
Containers in Simulation
Discussion on Repairable Systems Analysis Through Simulation
General Simulation Results
Repairable Systems Analysis Through Simulation
Simulation Calculations
Subdiagrams and Multi Blocks in Simulation
simulation calculations
Simulation Calculations
simulation mode
BlockSim's Computation Modes
simulation results
General Simulation Results
Results by Component
spare part pools
Using Resources: Pools and Crews
specifications
Setting Specifications
standby
Note Regarding Numerical Integration Solutions
standby components
Standby Components
standby container
Configurations with Load Sharing and Standby Redundancy
Standby Components
standby containers
Containers in Simulation
standby redundancy
Standby Components
standby redundancy configurations
Configurations with Load Sharing and Standby Redundancy
standby systems
Standby Components
starting and ending blocks
Complex Systems
static blocks
Analytical Calculations
static reliability calculations
Analytical Calculations
static reliability importance
Component Reliability Importance
statistical distribution
A Brief Introduction to Continuous Life Distributions
statistical principles
Statistical Background
statistics
Statistical Background
steady state availability
Availability
subdiagram block
Configurations with Inherited Subdiagrams
subdiagrams
Configurations with Inherited Subdiagrams
Subdiagrams and Multi Blocks in Simulation
subsystem
Overview of System Reliability
subsystems
Basic System Reliability Terminology
switch
Containers in Simulation
switch delay time
Standby Components
switch probability per request
Standby Components
switch restart probability
Standby Components
symbolic solutions
Symbolic Solutions in BlockSim
system
Basic System Reliability Terminology
system age
Using Maintenance Policies
system analysis
A Brief Introduction to Life-Stress Relationships
system cdf
Approximating the System
system downing events
General Simulation Results
Using Maintenance Policies
system failure
Simple Repairs
system failure rate
Analytical Life Predictions
system mean life
Analytical Life Predictions
system metrics
Using Maintenance Policies
system pdf
Analytical Life Predictions
system point results
General Simulation Results
system reliability
Overview of System Reliability
RBDs and Analytical System Reliability
Time-Dependent System Reliability (Analytical)
system reliability equation
Analytical Life Predictions
system reliability function
Basic System Reliability Terminology
system reliability terminology
Basic System Reliability Terminology
system uptime
General Simulation Results
system uptime/downtime
General Simulation Results
system uptimes
Using Maintenance Policies
systems
Non-Repairable and Repairable Systems
terminology
Basic System Reliability Terminology
throughput analysis
Throughput Analysis
time unit
Analytical Calculations
time-dependent blocks
Analytical Calculations
time-dependent reliability calculations
Analytical Calculations
time-dependent reliability importance
Component Reliability Importance
time-dependent system reliability
Time-Dependent System Reliability (Analytical)
total crew costs
Using Resources: Pools and Crews
total downtime
General Simulation Results
total events (system downing)
General Simulation Results
total utilization
Using Resources: Pools and Crews
total wait time
Using Resources: Pools and Crews
tu
Analytical Calculations
union of two events
A Brief Introduction to Probability Theory
unreliability
A Brief Introduction to Continuous Life Distributions
Downtime Distributions
upon failure
Using Maintenance Policies
upon inspection
Using Maintenance Policies
uptime
General Simulation Results
uptimes
Using Maintenance Policies
user-defined cost functions
Other Notes on User-Defined Cost Functions
waiting downtime
Downtime Distributions
warm standby
Standby Components
warranty data
Basic System Reliability Terminology
warranty period
Analytical Life Predictions
warranty time
Analytical Life Predictions
weibull++
Approximating the System
Basic System Reliability Terminology
weight proportionality factor
Load Sharing
