Description
Reeds Vol 13: Ship Stability, Powering and Resistance is an authoritative reference in the Reeds Marine Engineering and Technology Series. This essential text provides marine engineers, naval architects, and maritime professionals with in-depth knowledge of three critical aspects of ship design and operation.
The book covers fundamental principles of ship stability, including metacentric height, hydrostatic calculations, and stability criteria. It explores ship powering calculations, propulsion efficiency, and resistance assessment methodologies. The content bridges theoretical concepts with practical applications encountered in modern maritime operations.
Written by experienced practitioners Jonathan Ridley and Christopher Patterson, this volume serves as both an educational resource and a professional reference. Whether you’re studying marine engineering or working in ship design and operations, this comprehensive guide provides the technical knowledge needed to understand and optimize vessel performance, safety, and efficiency in diverse operational conditions.
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