This compendium describes the technologies, methods, processes and systems of modern maintenance of railway vehicles.
Ever since the beginning of the railway era, the maintenance of railway vehicles has been an indispensable function for a safe and economically efficient railway system. The vehicle design as well as the workshop equipment and qualifications of the staff have to be geared towards this objective.
Modern railway vehicles are technically highly complex mechatronic systems that combine mechanical, hydraulic, pneumatic, electric and electronic components. With the hardware and software of vehicle control systems, the automatic train protection system ETCS and many other components, cutting-edge technology has arrived on the market and must be mastered by maintenance companies. This has also fundamentally changed the technical requirements of maintenance. In addition, rapid developments in market conditions have resulted in reforms of the legal principles for the integration of maintenance providers and their various functions into the whole railway system and its organisation. This compendium contributes to highlighting these changes.
It is primarily aimed at experts working in railway vehicle maintenance, who want to refresh or consolidate their knowledge about the subject, and at students of railway and railway vehicle engineering.
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This book fills the gap in the market between the numerous theoretical works, which are limited to one topic or few specific topics on rail vehicle technology, and the books for professionals. The target group for this book is students of railways and rail vehicle technology as well as professionals from the industry who wish to refresh or supplement their knowledge.
In nearly 190 years of railway history, rail vehicle technology has constantly developed. Today the technical knowledge necessary for the development, construction, operation and maintenance is so complex and extensive that it can not be comprehensively mastered by a single specialist alone. The vehicles are highly specialized depending on their purpose and very different in their operation. Each consists of many different subsystems, which in turn can only be produced by special knowledge and experience. Alongside the dedicated specialist, the generalists are however still in demand when it comes to a total understanding of a rail vehicle. The number of rail vehicle engineers trained every year is relatively low and is significantly below the needs of industry, operators and authorities. Many experts from other sectors are therefore recruited and trained through "Learning by Doing" to become knowlegdable in this field of activity. These "cross discipline" people often lack the necessary basic and systemic knowledge of rail vehicles. Therefore the essential co-operation required nowadays with other rolling stock experts, is made more difficult.The high-calibre international German-speaking team of authors from science and industry has packed this book with not only well-founded theoretical knowledge, but also a wealth of experience, enriched with current examples.