This book highlights condition monitoring advances in railway engineering, where the condition monitoring serves as an essential role in the maintenance of railway engineering after decades of service. New sensing techniques have been applied in certain fields in order to determine the minor defect in the railway systems. Also new algorithms are introduced to analyze the sensed data in order to improve the accuracy and the efficiency of monitoring and detection. This book is useful for railway engineers/investigators as well the students majoring in railway engineering serving as a good starting point to learn condition monitoring in railway engineering.
Part I: Fundamentals
Chapter 1: Mathematics fundamentals
Chapter 2: Review of condition monitoring in railway engineering
Chapter 3: Structural dynamics for condition assessment of carriage-track-viaduct system
Part II: Conventional condition monitoring in railway engineering
Chapter 4: Conventional sensing techniques in condition monitoring in railway engineering
Chapter 5: Condition assessment approaches in railway engineering
Chapter 6: Novelty identification in long-term railway engineering monitoring
Part III: Advanced condition monitoring in railway engineering
Chapter 7: Advanced sensing techniques in railway engineering
Chapter 8: Fasteners damage assessment with optical sensing technique
Chapter 9: Track assessment in railway engineering with high-speed cameras and filtering algorithms
Part IV: Condition monitoring trends in railway engineering
Chapter 10: Fusion of sensing techniques
Chapter 11: Integration of processing algorithms
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