Device Fault Diagnosis Engineering

Author: Yu Heji
Publisher:
Publish Date: 2001-06-01
Features: This book provides a comprehensive introduction to the principles, methods, and concepts of equipment diagnosis from a systems engineering perspective, including the analysis of fault diagnosis objects, the theoretical foundations of fault diagnosis, the extraction and processing of fault signals, condition monitoring and fault diagnosis, failure analysis, and fault prevention. The book is divided into nine parts: Part 1, Principles and Methods of Fault Diagnosis; Part 2, Theoretical Foundations of Fault Diagnosis; Part 3, Signal Processing in Fault Diagnosis; Part 4, Vibration Diagnosis; Part 5, Acoustic Diagnosis; Part 6, Thermographic Diagnosis; Part 7, Oil Sample Analysis Technology; Part 8, Failure Analysis and Fault Prevention; and Part 9, Intelligent Systems for Fault Diagnosis. The book focuses on the diagnosis of complete machines, units, and production systems, providing an in-depth and insightful introduction to diagnostic systems, particularly intelligent diagnostic systems. The book is clear, easy to read, and presents complex topics in a simple and straightforward manner. It covers a broad range of topics and is suitable for engineers or technicians working in equipment management and maintenance in factories after completing university or college. It is also suitable as a reference book for undergraduate and graduate students, as well as teachers in higher education institutions.
Author: Yu Heji et al.
Page Count: 1297 pages
Publisher: Metallurgical Industry Press
Publish Date: 2001
Introduction: This book provides a comprehensive introduction to the principles, methods, and concepts of equipment diagnosis from a systems engineering perspective, including the analysis of fault diagnosis objects, the theoretical foundations of fault diagnosis, the extraction and processing of fault signals, condition monitoring and fault diagnosis, failure analysis, and fault prevention.