Reliability Engineering: Failure Modeling, Maintenance Strategy, and Asset Performance in Industrial Systems (Paperback) (ISBN-13: 9798195488086)

Reliability Engineering is a practical guide to understanding how industrial systems fail, how maintenance strategies are designed, and how asset performance can be improved through structured reliability analysis.

This book introduces the core concepts used by engineers, maintenance teams, operations managers, and asset-intensive organizations to evaluate equipment behavior, identify failure patterns, and make better maintenance decisions. It covers failure modes, reliability metrics, preventive and predictive maintenance, lifecycle asset management, root cause analysis, risk-based maintenance planning, and performance measurement across complex industrial environments.

Inside, readers will learn how reliability engineering connects technical analysis with operational decision-making. The book explains how to assess system reliability, interpret failure data, prioritize maintenance work, and support safer, more efficient, and more resilient industrial operations.

Designed for professionals and students in engineering, manufacturing, energy, utilities, mining, transportation, and process industries, this guide provides a clear foundation for applying reliability principles to real-world industrial systems.