Ship Propulsion Systems explores the fascinating engineering behind how ships traverse the oceans, from traditional sails to modern engines. Global trade relies heavily on efficient and reliable ship propulsion, making the understanding of these systems crucial. Interestingly, the resurgence of sail technology offers a sustainable approach to reduce carbon emissions and improve fuel efficiency, contrasting with the more established, but environmentally impactful, engine technologies.
The book progresses logically, beginning with fundamental principles of naval architecture and hydrodynamics before delving into various engine types, including diesel, gas turbines, and electric propulsion. It then explores integrating sail technology into modern ships and culminates with a discussion of hybrid propulsion systems and alternative fuels. Understanding the mechanics of marine engines, such as internal combustion, requires a grasp of mechanical engineering principles.
This book stands out by comprehensively covering both conventional and alternative propulsion methods, crucial for addressing the challenges of the 21st-century maritime industry. It adopts an analytical approach, presenting information clearly and concisely, making complex concepts accessible to a broad audience, including students and professionals in mechanical engineering, naval architecture, and marine engineering.
