The following is a Conference slide presentation that introduces the principles of Living RCM (LRCM).
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LRCM
- CMMS Impediments to Reliability Analysis
- Components of continuous improvement
- How to start LRCM
- Justifying Living RCM Certified
- Leading and lagging performance numbers
- Living RCM Certified – Consulting Services
- LRCM – Reporting failure modes of rotable components
- LRCM and HSE
- LRCM Justification Template
- LRCM reliability analyst survey results
- LRCM reliability technician survey results
- MESH – RCM knowledge continuous improvement
- Motivation, leadership, training
- PAS-55
- RCM – Dashboards
- Reliability engineer’s work cycle
- Service vs. maintenance
- Streamlined RCM and LRCM
- 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?
- What is the difference between RCM and LRCM?
- Achieving Reliability from Data outline with video
- Course brochure – Living RCM Certified
- Deepwater Horizon
- Elevator description of LRCM
- How does LRCM “improve” RCM?
- Living RCM Certified
- Living RCM Certified eLearning
- Living RCM Certified® and ISO 14224
- LRCM – off the maintenance improvement radar
- LRCM-EXAKT – a general solution
- MESH Basic reliability analysis on the work order
- Mesh Living RCM Certified brochure – Mesh Cloud Service
- Obtener confiabilidad a partir de los datos – esquema del curso
- RCM – Analyst course outline
- RCM – feedback suggestion mechanism
- RCM – Living RCM
- RCM – LRCM dashboards
- RCM – feedback – suggesting a new failure mode
- Training course in achieving reliability from data
- Two kinds of decision making in maintenance
- Two LRCM purposes
- Videos
- Why Living RCM works
RCM
Reliability Analysis
- Achieving Reliability from Data
- Challenges to Achieving Reliability from Data
- Data analysis precedes reliability analysis
- Data is the key to the way forward
- Defeating CBM
- Does historical age data have value?
- Failure declaration standards
- Free text on the work order
- 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
- Maintenance software
- Mesh: 12 steps to achieving reliability from data
- RA requires LRCM
- Reliability analysis in 2 dimensions-Part 2
- Sample selection
- So you’re getting an EAM
- Take the EAM data health check
- The CMMS barrier to RCM
- The data barrier to analysis
- The reliability data Catch 22
- Thoughts from a mine maintenance engineer
- Variations in a sample
- Warranty for haul trucks
- Weibull exercises
- What’s the right data?
- A survey of signal processing and decision technologies for CBM
- Achieving reliability from data
- CBM Defined
- Conditional failure probability, reliability, and failure rate
- Conditional probability of failure
- Conditional probability of failure vs. hazard rate
- Criticality analysis in RCM
- Diagnostics versus prognostics
- Difference between LRCM and EXAKT
- EXAKT’s Three Modules
- Expected failure time for an item whose maintenance policy is time-based
- Failure analysis for reliability analysis
- Failure probability prior to attaining MTTF
- FAQ
- FMEA according to Wikipedia
- Is “random failure” really random?
- Leading and lagging performance numbers
- LRCM and the Failure Finding Interval
- MTTF is the area under the reliability curve
- Myths about RCM in heavy mining equipment
- Non-rejuvenating events
- Optimal PM and spares strategies – exercises
- Performance metrics – Low and High level KPIs
- Problem statement
- Purpose of RA
- RA – Micro (day-to-day decision) analysis
- Random failure and the MTTF
- Random failure is exponential reliability decay
- RCM – Living RCM: Achieving reliability from data
- RCM vs RA
- Real meaning of the six RCM curves
- Reliability analysis is counting
- Reliability trend yes Weibull analysis no
- Remaining Useful Life Estimation Using Hybrid Monte-Carlo Simulation and Proportional Hazard Model
- Safety Instrumented Systems
- TBM or CBM?
- Terminology in LRCM
- Thinking RCM
- Time to failure
- What is PM?
- What is the scale parameter?
CBM
- A survey of signal processing and decision technologies for CBM
- Automating CBM
- Building a CBM decision model
- CBM Exercises
- CBM Optimization
- Combined analysis for early predictive maintenance
- Deploying the CBM model
- EXAKT cost sensitivity analysis
- EXAKT needs LRCM
- EXAKT vs Weibull
- Measuring and Improving CBM Effectiveness
- Optimizing a Condition Based Maintenance Program with Gearbox Tooth Failure
- RCM – Reliability analysis in more than two dimensions is CBM
- Smart CBM demo
- What is Maintenance Decision Automation?
- Confidence in predictive maintenance
- Diagnostics versus prognostics
- Inspections – CBM and others
- Inspections or CBM?
- Internal and external CBM variables
- NAVAIR and the PF interval
- Objectivity in condition based maintenance decisions
- Optimized interpretation of CBM data
- P-F Interval a red herring?
- PF interval from the failure rate
- PM, PdM, Proactive Maintenance
- Predictive analytics
- Temporary fix work orders
- The elusive P-F interval
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