Welcome to this forum.
We can discuss the following topics:
Maintenance roles:
Asset reliability practitioner – advocate:
arp-advocate_R00 Index
arp-advocate_R01 Getting started
arp-advocate_R02 What are the benefits
arp-advocate_R03 Implementation strategy
arp-advocate_R04 Assessing the value
arp-advocate_R05 Selling to senior management
arp-advocate_R06 Establishing the strategy
arp-advocate_R07 Plantwide engagement
arp-advocate_R08 Control
arp-advocate_R09 Defect elimination
arp-advocate_R10 Understanding failure
arp-advocate_R11 Asset strategy
arp-advocate_R12 Work management
arp-advocate_R13 Spares management
arp-advocate_R14 Precision work
arp-advocate_R15 Proactive asset care
arp-advocate_R16 Condition monitoring
arp-advocate_R17 Continuous improvement
Asset Reliability Practitioner – engineer:
arp-engineer_R00 Index
arp-engineer_R01 Introduction
arp-engineer_R02 Culture change
arp-engineer_R03 Training and skills assessment
arp-engineer_R04 Risk and consequences
arp-engineer_R05 Likelihood and detectability
arp-engineer_R06 Reliability data analysis
arp-engineer_R07 Asset criticality ranking
arp-engineer_R08 Pareto analysis
arp-engineer_R09 Defect elimination
arp-engineer_R10 Minimize life cycle cost
arp-engineer_R11 Operations and reliability
arp-engineer_R12 Asset strategy development
arp-engineer_R13 Master asset list and bill of materials
arp-engineer_R14 Fault tree analysis
arp-engineer_R15 Failure modes, effects and criticality analysis (FMECA)
arp-engineer_R16 Reliability centered maintenance
arp-engineer_R17 Preventive maintenance optimization
arp-engineer_R18 Root cause failure analysis
arp-engineer_R19 Work management
arp-engineer_R20 Spares and material management
arp-engineer_R21 Precision lubrication and contamination control
arp-engineer_R22 Precision shaft alignment
arp-engineer_R23 Precision rotor balancing
arp-engineer_R24 Precision mechanical and electrical fastening
arp-engineer_R25 5S and visual workplace
arp-engineer_R26 Vibration analysis
arp-engineer_R27 Ultrasound
arp-engineer_R28 Oil analysis
arp-engineer_R29 Infrared thermography
arp-engineer_R30 Inspections performance and NDT
arp-engineer_R31 Electrical equipment
arp-engineer_R32 Continuous improvement Kaizen
Asset Reliability Practitioner – Leader:
arp-leader_R00 Index
arp-leader_R01 Getting started
arp-leader_R02 Implementation
arp-leader_R03 The economics of reliability
arp-leader_R04 The value of reliability
arp-leader_R05 Value (phase one)
arp-leader_R06 Strategy (phase two)
arp-leader_R07 Psychology of reliability
arp-leader_R08 Human error and human performance management
arp-leader_R09 Culture change
arp-leader_R10 People (phase three)
arp-leader_R11 Control (phase four)
arp-leader_R12 Acquire (phase five)
arp-leader_R13 Discipline (phase six)
arp-leader_R14 Care (phase seven)
arp-leader_R15 Analytics (phase eight)
arp-leader_R16 EOL - End of Life (phase nine)
arp-leader_R17 Optimize (phase ten)
Condition Monitoring Technologies – Infrared Thermography (CAT I Certification Level):
cm_infrared_cat1_00 Index
cm_infrared_cat1_01 Overview
cm_infrared_cat1_02 Introduction to condition monitoring
cm_infrared_cat1_03 Principles of Infrared Thermography
cm_infrared_cat1_04 Equipment and data acquisition
cm_infrared_cat1_05 Error source recognition, prevention, and control
cm_infrared_cat1_06 From theory to practice
cm_infrared_cat1_07 General industrial applications
cm_infrared_cat1_08 Safety
cm_infrared_cat1_09 General image interpretation guidelines
cm_infrared_cat1_10 Reporting
Condition Monitoring Technologies – Ultrasound (CAT I Certification Level):
cm_ultrasound_cat1_00 Index
cm_ultrasound_cat1_01 Overview
cm_ultrasound_cat1_02 Introduction to condition monitoring
cm_ultrasound_cat1_03 Introduction to sound theory
cm_ultrasound_cat1_04 Propagation of sound
cm_ultrasound_cat1_05 Introduction to ultrasound testing
cm_ultrasound_cat1_06 Airborne leaks and leak detection
cm_ultrasound_cat1_07 Steam systems and steam trap testing
cm_ultrasound_cat1_08 Valves and valve testing
cm_ultrasound_cat1_09 Hydraulics and hydraulic system testing
cm_ultrasound_cat1_10 Electrical systems and testing
cm_ultrasound_cat1_11 Bearings and bearing fault detection
cm_ultrasound_cat1_12 Bearing lubrication
cm_ultrasound_cat1_13 Mechanical inspection
cm_ultrasound_cat1_14 Tightness and integrity
cm_ultrasound_cat1_15 Reporting
Condition Monitoring Technologies – Vibration Analysis:
Introduction in Vibration Analysis
Vibration Analysis CAT I Certification Level:
cm_vibration_cat1_00 Index
cm_vibration_cat1_01 Maintenance practices
cm_vibration_cat1_02 Condition monitoring
cm_vibration_cat1_03 Principles of vibration
cm_vibration_cat1_04 Data acquisition
cm_vibration_cat1_05 Signal processing
cm_vibration_cat1_06 Vibration analysis
cm_vibration_cat1_07 Fault diagnosis and correction
cm_vibration_cat1_08 Setting alarm limits
cm_vibration_cat1_AppA Equipment knowledge
Vibration Analysis CAT II Certification Level:
cm_vibration_cat2_00 Index
cm_vibration_cat2_01 Principles of vibration
cm_vibration_cat2_02 Understanding Signals
cm_vibration_cat2_03 Signal processing
cm_vibration_cat2_04 Time waveform analysis
cm_vibration_cat2_05 Data acquisition
cm_vibration_cat2_06 Vibration analysis process
cm_vibration_cat2_07 Diagnosing unbalance
cm_vibration_cat2_08 Balancing rotating machinery
cm_vibration_cat2_09 Diagnosing misalignment
cm_vibration_cat2_10 Shaft alignment
cm_vibration_cat2_11 Diagnosing looseness
cm_vibration_cat2_12 Belt drive analysis
cm_vibration_cat2_13 Rolling element bearing analysis
cm_vibration_cat2_14 Electric motor analysis
cm_vibration_cat2_15 Gearbox analysis
cm_vibration_cat2_16 Pumps, fans and compressors
cm_vibration_cat2_17 Natural frequencies and resonance
cm_vibration_cat2_18 Setting alarm limits
cm_vibration_cat2_19 Acceptance testing
Vibration Analysis CAT III Certification Level:
cm_vibration_cat3_00 Index
cm_vibration_cat3_01 Condition monitoring program
cm_vibration_cat3_02 Condition monitoring technologies
cm_vibration_cat3_03 Signal processing
cm_vibration_cat3_04 Time waveform analysis
cm_vibration_cat3_05 Phase analysis
cm_vibration_cat3_06 System dynamics
cm_vibration_cat3_07 Natural frequencies and resonances
cm_vibration_cat3_08 Operating Deflection Shape (ODS) analysis
cm_vibration_cat3_09 Modal analysis
cm_vibration_cat3_10 Dealing with resonances
cm_vibration_cat3_11 Rolling element bearing analysis
cm_vibration_cat3_12 Journal bearing analysis
cm_vibration_cat3_13 Electric motor analysis
cm_vibration_cat3_14 Pumps, fans and compressors
cm_vibration_cat3_15 Gearbox analysis
cm_vibration_cat3_16 Balancing rotating machinery
cm_vibration_cat3_17 Shaft alignment
cm_vibration_cat3_18 Statistical alarm generation
Lubrication (CAT I Certification Level):
lubrication_cat1_00 Index
lubrication_cat1_01 Maintenance strategies and the role of machine lubrication
lubrication_cat1_02 The science of machinery lubrication
lubrication_cat1_03 Lubricant composition
lubrication_cat1_04 Lubricant performance properties
lubrication_cat1_05 Lubricant selection
lubrication_cat1_06 Lubricant application
lubrication_cat1_07 Lubricant contamination and condition control
lubrication_cat1_08 Lubricant storage and handling
lubrication_cat1_09 Lubricant sampling and analysis
Precision Alignment:
precision_alignment_intro_0.5day
precision_alignment_00 Index
precision_alignment_01 Introduction
precision_alignment_02 Alignment Mathematics
precision_alignment_03 Dial Indicator Alignment
precision_alignment_04 Pre-alignment Checks
precision_alignment_05 Soft Foot Detection and Correction
precision_alignment_06 Rim-face Method
precision_alignment_07 Reverse Dial Method
precision_alignment_08 Laser Alignment
precision_alignment_09 Moving the Machine
precision_alignment_10 Dynamic and Thermal Growth
precision_alignment_11 Machine Train Alignment
Precision Balancing:
precision_balancing_00 Index
precision_balancing_01 Introduction to balancing
precision_balancing_02 Balancing and the ISO standards
precision_balancing_03 What is “unbalance”
precision_balancing_04 Why balance a machine
precision_balancing_05 What causes machines to be unbalanced
precision_balancing_06 Understanding phase
precision_balancing_07 Phase conventions
precision_balancing_08 Advanced phase
precision_balancing_09 Understanding vectors
precision_balancing_10 Terminology
precision_balancing_11 Balancing theory
precision_balancing_12 Different types of unbalance
precision_balancing_13 Diagnosing unbalance
precision_balancing_14 Confusing unbalance with other fault conditions
precision_balancing_15 Preparing for the balance job- safety first
precision_balancing_16 The balancing checklist
precision_balancing_17 Single-plane balancing
precision_balancing_19 Two-plane balancing
precision_balancing_20 Optimized balancing
precision_balancing_21 One run balancing
precision_balancing_22 Static - couple balancing
precision_balancing_23 Balancing overhung rotors
precision_balancing_24 Four run, no phase balancing
precision_balancing_25 Trial weight selection
precision_balancing_26 Splitting - combining weights
precision_balancing_28 What can go wrong
precision_balancing_29 Tolerances and quality