Fault-Diagnosis Applications: Model-Based Condition Monitoring

In this review of Fault-Diagnosis Applications: Model-Based Condition Monitoring the reviewer finds a focused, application-driven follow-up to earlier foundational work that will interest engineers and advanced students. The book aims squarely at readers who need practical examples of supervision, condition-monitoring and fault detection applied to real technical components and processes, and its single biggest selling point is the collection of 20 detailed application cases that bridge theory and practice for improving reliability and fault tolerance.

Key Features

• Applied case studies: Twenty real technical components and processes are presented to show how model-based methods work in real-world settings.
• Fault-diagnosis focus: The book emphasizes supervision, fault detection and fault management to help engineers improve system reliability and maintenance planning.
• Coverage of actuators and drives: Electrical and fluidic actuators and electrical drives are treated in ways that clarify sensor and model interactions for monitoring.
• Fault-tolerant systems: Redundancy and design considerations for safety-related processes are explained to support comprehensive system integrity.
• Practical engineering orientation: After a concise introduction to methods, the content moves quickly to concrete examples useful for implementation and reference.

Who It's For

The book is best for practicing control and reliability engineers, researchers in condition monitoring, and graduate students who already understand basic fault-diagnosis theory and want concrete examples on actuators, drives, pumps and sensors. It is most valuable for those designing or maintaining systems that require improved availability and fault-tolerant behavior.

Readers seeking an introductory textbook on control theory or a step-by-step lab manual for beginners may find this volume dense; it assumes familiarity with foundational methods and moves into application scenarios rather than introductory pedagogy.

Pros & Cons

Pros

• Strong emphasis on real-world examples makes it immediately useful for engineering practice.
• Broad component coverage, including electrical drives, fluidic actuators and pumps, helps cross-apply diagnosis techniques.
• Clear attention to fault-tolerant system design supports safety-critical system development.
• Concise method introduction keeps focus on application rather than repeating fundamentals.

Cons

• The book assumes prior knowledge of basic fault-diagnosis methods, so newcomers may need the earlier foundational text for full benefit.

Specifications

Title	Fault-Diagnosis Applications: Model-Based Condition Monitoring
Author	Rolf Isermann
Scope	Actuators, drives, machinery, plants, sensors and fault-tolerant systems
Content focus	Supervision, condition-monitoring, fault detection and fault management
Examples	20 real technical components and processes
Applications included	Electrical drives, electrical and fluidic actuators, pumps

Our Verdict

This is a practical, application-first volume for engineers and advanced students who need model-based examples of condition monitoring and diagnosis. Its selection of 20 real-world cases and focus on fault-tolerant design make it a good value for practitioners looking to improve reliability and maintenance strategies, though newcomers should pair it with a more basic methods text.

Frequently Asked Questions

Does this book include practical examples?
Yes, it presents 20 real technical components and processes to demonstrate model-based fault-diagnosis applications.

Is prior knowledge required to use the book?
The book assumes familiarity with basic fault-detection and diagnosis methods and is best paired with a foundational text for beginners.

Which systems are covered?
Coverage includes electrical drives, electrical and fluidic actuators, centrifugal and reciprocating pumps, sensors and fault-tolerant system design.