This book investigates the complex phenomenon of tidal bores, examining their theoretical underpinnings and presenting observational data from around the globe. Authored by Hubert Chanson, a leading expert in fluid mechanics, the work synthesizes existing knowledge and new research to provide a comprehensive understanding of these powerful tidal waves. It explores the physical processes that generate and sustain bores, including fluid dynamics, wave propagation, and channel morphology. The book aims to offer a detailed account for both researchers and students in the fields of fluid mechanics, oceanography, and geophysics.

This book is recognized as a significant contribution to the study of tidal bores, offering a rigorous and detailed examination of the subject. Its comprehensive approach, combining theoretical analysis with extensive observational data, makes it a valuable resource for specialists in fluid mechanics and geophysics. The work is likely to be appreciated for its depth and the author's extensive expertise in the field, serving as a key reference for advanced study and research.