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CBM (53)
Exercises (6)
4.3C Exercise 2 Automating the predictive model
4.3E Exercise 5 Sensitivity analysis
Building a CBM decision model
CBM Exercises
Deploying the CBM model
RCM – Reliability analysis in more than two dimensions is CBM
P-F Interval (5)
NAVAIR and the PF interval
Optimizing a Condition Based Maintenance Program with Gearbox Tooth Failure
P-F Interval a red herring?
PF interval from the failure rate
The elusive P-F interval
4.3B Exercise 1: Building a simple predictive model
4.3C Exercise 2 Automating the predictive model
4.3D Continuous CBM decision improvement
4.3E Exercise 5 Sensitivity analysis
4.3F Complex items and data preparation
A survey of signal processing and decision technologies for CBM
Accurate maintenance history reporting
Automating CBM
Building a CBM decision model
CBM Concepts
CBM Defined
CBM Optimization
Confidence in predictive maintenance
Data analysis precedes reliability analysis
Defeating CBM
Deploying the CBM model
Diagnostics versus prognostics
Difference between LRCM and EXAKT
Does historical age data have value?
EXAKT cost sensitivity analysis
EXAKT vs Weibull
EXAKT’s Three Modules
Failure analysis for reliability analysis
Failure Management Policies
FAQ
Inspections – CBM and others
Inspections or CBM?
Internal and external CBM variables
Living RCM Certified – Consulting Services
LRCM-EXAKT – a general solution
Measuring and Improving CBM Effectiveness
Mesh: 12 steps to achieving reliability from data
Non-rejuvenating events
Objectivity in condition based maintenance decisions
Optimizing a Condition Based Maintenance Program with Gearbox Tooth Failure
PM, PdM, Proactive Maintenance
Predictive analytics
Problem statement
RCM – Reliability analysis in more than two dimensions is CBM
RCM Consequences
Reliability analysis in 2 dimensions-Part 2
Smart CBM demo
TBM or CBM?
Temporary fix work orders
Thoughts from a mine maintenance engineer
Variations in a sample
Videos
What is Maintenance Decision Automation?
EAM (14)
Accurate maintenance history reporting
ACIEM conference paper on LRCM
Does historical age data have value?
Failure Management Policies
LRCM – Work order entry
LRCM reliability analyst survey results
MESH – RCM knowledge continuous improvement
Mesh: 12 steps to achieving reliability from data
Objectivity in condition based maintenance decisions
RCM – Living RCM: Achieving reliability from data
Smart CBM demo
So you’re getting an EAM
Take the EAM data health check
What is PM?
Health Safety Environment (6)
Deepwater Horizon
LRCM and HSE
RCM – Implementing the analysis results
Safety Instrumented Systems
Two LRCM purposes
KPIs (10)
Challenges to Achieving Reliability from Data
How to assess EAM and CBM predictive capability
Leading and lagging performance numbers
LRCM Justification Template
Measuring and Improving CBM Effectiveness
Performance metrics – Low and High level KPIs
RCM – Dashboards
Reliability engineer’s work cycle
Smart CBM demo
Two philosophies in maintenance improvement
LRCM (80)
Case studies (7)
2011 Applied Reliability Symposium
ACIEM conference paper on LRCM
EXAKT for complex items
LRCM at Cerrejon
LRCM Lessons Learned
Maintenance Decision Support Pilot at Orica
RCM – feedback suggestion mechanism
Managing LRCM (18)
CMMS Impediments to Reliability Analysis
Components of continuous improvement
How to start LRCM
Justifying Living RCM Certified
Leading and lagging performance numbers
LRCM and HSE
LRCM Lessons Learned
Maintenance software
Mesh: 12 steps to achieving reliability from data
Motivation, leadership, training
Reliability engineer’s work cycle
Service vs. maintenance
Structured free text
The role of media in living RCM
The winning paper at the XIV International Congress of Maintenance
Two philosophies in maintenance improvement
Waiting for CMMS maturity
What is a pilot project?
Training (3)
Achieving reliability from data – course outline
Achieving reliability from data – course summary
Course brochure – Living RCM Certified
Achieving reliability from data – course outline
Achieving reliability from data – course summary
ACIEM conference paper on LRCM
Automating CBM
Challenges to Achieving Reliability from Data
Course brochure – Living RCM Certified
Data analysis precedes reliability analysis
Data is the key to the way forward
Difference between LRCM and EXAKT
Dynamic RCM knowledge growth
Elevator description of LRCM
EXAKT needs LRCM
Failure Management Policies
FAQ
How does LRCM “improve” RCM?
Living RCM Certified
Living RCM Certified – Consulting Services
Living RCM Certified eLearning
Living RCM Certified® and ISO 14224
LRCM – off the maintenance improvement radar
LRCM – Reporting failure modes of rotable components
LRCM – Work order entry
LRCM and HSE
LRCM and the Failure Finding Interval
LRCM Justification Template
LRCM reliability analyst survey results
LRCM reliability technician survey results
LRCM-EXAKT – a general solution
Mesh actions required
MESH Basic reliability analysis on the work order
Mesh Living RCM Certified brochure – Mesh Cloud Service
MESH Use cases – Feedback manager
MESH Use Cases – Knowledge Builder
MESH use cases – Knowledge trail
MESH use cases – LRCM Manager
MESH Use cases – System configuration
Mesh: 12 steps to achieving reliability from data
Murray Wiseman Resume
Objectivity in condition based maintenance decisions
Obtener confiabilidad a partir de los datos – esquema del curso
Optimal Maintenance Management speaker notes
PAS-55
Predictive analytics
RCM – feedback suggestion mechanism
RCM – Living RCM
RCM – feedback – suggesting a new failure mode
RCM boundaries and Living RCM
Removed sections
Safety Instrumented Systems
Smart CBM demo
Streamlined RCM and LRCM
Templates for speeding up RCM
Terminology in LRCM
The reliability data Catch 22
The role of media in living RCM
Two kinds of decision making in maintenance
Two LRCM purposes
Videos
What is the difference between RCM and LRCM?
Why Living RCM works
RCM (52)
Effects (6)
Common cause failures in RCM
Effects
Effects – alternate usages
Local, Next higher level, End effects
RCM Consequences
The role of media in living RCM
How much detail? (2)
How much detail?
RCM – detail and depth
4.4 RCM – RAM Analysis
Common cause failures in RCM
Criticality analysis in RCM
Failure Management Policies
FMEA according to Wikipedia
Free text on the work order
Inspections – CBM and others
Inspections or CBM?
Living RCM Certified® and ISO 14224
LRCM – Reporting failure modes of rotable components
LRCM and the Failure Finding Interval
LRCM reliability technician survey results
MESH – RCM knowledge continuous improvement
MESH Basic reliability analysis on the work order
MESH Use cases – Feedback manager
MESH Use Cases – Knowledge Builder
MESH use cases – Knowledge trail
MESH use cases – LRCM Manager
MESH Use cases – System configuration
Myths about RCM in heavy mining equipment
PM, PdM, Proactive Maintenance
Random failure and the MTTF
RCM – Dashboards
RCM – detail and depth
RCM – Facilitation
RCM – feedback suggestion mechanism
RCM – Implementing the analysis results
RCM – Living RCM
RCM and Meridium
RCM Consequences
RCM Facilitation
RCM vs RA
RCM Worksheet Guide
Real meaning of the six RCM curves
Smart CBM demo
Streamlined RCM and LRCM
TBM or CBM?
Templates for speeding up RCM
Terminology in LRCM
The CMMS barrier to RCM
Thinking RCM
Two kinds of decision making in maintenance
What is PM?
What is the difference between RCM and LRCM?
Why Living RCM works
RcmAnal0 (1)
Reliability Analysis (72)
Data and samples (32)
4.3F Complex items and data preparation
Achieving Reliability from Data
Challenges to Achieving Reliability from Data
CMMS Impediments to Reliability Analysis
Data analysis precedes reliability analysis
Does historical age data have value?
Failure analysis for reliability analysis
Failure declaration standards
How much data is required for RA?
How to assess EAM and CBM predictive capability
Interpreting failure data
LRCM – Reporting failure modes of rotable components
LRCM reliability analyst survey results
LRCM reliability technician survey results
Maintenance software
Mesh: 12 steps to achieving reliability from data
RA requires LRCM
RCM boundaries and Living RCM
Real meaning of the six RCM curves
Reliability analysis in 2 dimensions-Part 1
Reliability analysis in 2 dimensions-Part 2
Reliability trend yes Weibull analysis no
Sample selection
Take the EAM data health check
The CMMS barrier to RCM
The data barrier to analysis
The reliability data Catch 22
The role of media in living RCM
Variations in a sample
What is Maintenance Decision Automation?
What is PM?
What’s the right data?
Theory and definitions (23)
A survey of signal processing and decision technologies for CBM
Achieving reliability from data
Conditional failure probability, reliability, and failure rate
Conditional probability of failure
Conditional probability of failure vs. hazard rate
Data is the key to the way forward
Diagnostics versus prognostics
Difference between LRCM and EXAKT
EXAKT needs LRCM
Expected failure time for an item whose maintenance policy is time-based
Failure probability prior to attaining MTTF
Measuring and Improving CBM Effectiveness
MTTF is the area under the reliability curve
Purpose of RA
Random failure and the MTTF
Random failure is exponential reliability decay
RCM vs RA
Real meaning of the six RCM curves
Reliability analysis is counting
Reliability trend yes Weibull analysis no
Time to failure
What is PM?
What is the scale parameter?
Types of RA (4)
EXAKT vs Weibull
EXAKT’s Three Modules
Monte Carlo Simulation
RAM and RCA
4.3F Complex items and data preparation
A survey of signal processing and decision technologies for CBM
Achieving reliability from data
Building a CBM decision model
Challenges to Achieving Reliability from Data
Conditional probability of failure
Confidence in predictive maintenance
Data analysis precedes reliability analysis
Data is the key to the way forward
Deploying the CBM model
Does historical age data have value?
EXAKT cost sensitivity analysis
Failure probability prior to attaining MTTF
LRCM reliability analyst survey results
MESH – RCM knowledge continuous improvement
Mesh: 12 steps to achieving reliability from data
Objectivity in condition based maintenance decisions
Optimized interpretation of CBM data
RCM – Living RCM
RCM boundaries and Living RCM
Real meaning of the six RCM curves
Reliability analysis in 2 dimensions-Part 2
Reliability engineer’s work cycle
Reliability trend yes Weibull analysis no
Remaining Useful Life Estimation Using Hybrid Monte-Carlo Simulation and Proportional Hazard Model
Smart CBM demo
Test Camtasia
The reliability data Catch 22
Thoughts from a mine maintenance engineer
Training course in achieving reliability from data
Videos
Warranty for haul trucks
What is Maintenance Decision Automation?
What is PM?
Forum topics
Aspects to keep in mind when buying cosmetics
Why failure codes don’t work
FRACAS
No inspections
Other
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