Downtime is rarely a mystery once the evidence is read properly.
This book gives you a complete reliability method, starting with the metrics that survive scrutiny and the asset hierarchy that makes failure history worth keeping. You will learn the failure mechanisms of bearings, gears, seals and couplings, run a structured root cause analysis using logic trees and preserved evidence, and read damage patterns straight off the failed component.
Lubrication chapters cover viscosity selection, contamination control, cleanliness coding and oil analysis interpretation. Condition monitoring chapters teach vibration spectra, thermography and ultrasound routes with practical alarm limits. Final chapters turn all of it into strategy: task selection, planning, spares policy and downtime accounting.
What you will learn:
• Reliability language and metrics that withstand scrutiny
• How to build an asset hierarchy that preserves failure history
• Failure modes of rotating equipment: bearings, gears, seals, couplings
• Structured root cause failure analysis using logic trees and evidence
• Component forensics: reading damage patterns from failed parts
• Lubrication fundamentals: viscosity selection, contamination control, cleanliness coding
• Lubricant degradation and oil analysis interpretation
• Vibration analysis, thermography, ultrasound, and motor testing with alarm limits
• Precision maintenance, maintenance strategy selection, planning, scheduling, spares, and downtime reduction
For reliability engineers, maintenance managers, planners and condition-monitoring technicians.