Propulsion Systems and Marine Powertrains MTA
Selecting and integrating engines, shafts, propulsors, and hybrid systems for all vessel classes

About this book:

*Propulsion Systems and Marine Powertrains* provides a comprehensive technical guide to the selection, design, and integration of modern ship machinery. Moving beyond basic engine mechanics, the book explores the complex relationship between hull hydrodynamics, propulsor efficiency, and power distribution. It covers the full spectrum of contemporary technologies, from traditional internal combustion engines and gas turbines to cutting-edge electric architectures, fuel cells, and hybrid topologies. Detailed chapters delve into critical mechanical interfaces—including gearboxes, shaft alignment, and vibration control—while addressing the growing importance of noise management and cavitation mitigation in sensitive marine environments.

Designed for naval architects, marine engineers, and ship designers, this text emphasizes a holistic approach to vessel performance. It integrates rigorous engineering fundamentals with modern digital tools, such as Computational Fluid Dynamics (CFD) and digital twins, to help professionals optimize systems for specific mission profiles. Beyond technical specifications, the book provides actionable frameworks for navigating the shifting regulatory landscape—including IMO and EPA emissions standards—and offers robust financial models for lifecycle costing and risk assessment.

The final section translates theoretical principles into practice through specialized case studies across diverse vessel classes, including tankers, high-speed ferries, offshore support vessels, naval craft, and luxury yachts. By connecting machinery performance with environmental compliance and economic viability, *Propulsion Systems and Marine Powertrains* serves as an essential resource for developing the next generation of efficient, reliable, and sustainable maritime solutions.

What You'll Find Inside:

• Explore the fundamental principles of marine propulsion, including power, thrust, resistance, and key efficiency metrics like wake fraction, thrust deduction, and quasi-propulsive coefficient.
• Gain in-depth knowledge of diverse propulsor types, from fixed and controllable pitch propellers to waterjets, azimuth thrusters, and podded drives, understanding their design, operational characteristics, and optimal applications.
• Understand the thermodynamics, ratings, and fuel choices for conventional diesel engines and gas turbines, alongside the architectures and advantages of electric propulsion (AC and DC grids with VFDs) and the integration of alternative fuels like LNG, methanol, ammonia, and hydrogen fuel cells.
• Learn about critical mechanical components such as gearboxes, shafts, bearings, and seals, and delve into crucial engineering disciplines like shaft alignment, torsional dynamics, vibration control, and noise/cavitation management to ensure reliable and comfortable vessel operation.
• Master the concepts of Lifecycle Costing (LCC), financial models, and risk assessment for propulsion system selection, and understand the impact of international regulations (IMO, EPA) on emissions compliance and the role of aftertreatment solutions and advanced energy storage systems.

Who's It For:

This book is essential for naval architects, marine engineers, ship designers, and researchers involved in the selection, integration, and optimization of marine propulsion systems. It also serves as a comprehensive resource for vessel owners, operators, and students seeking a deep understanding of the technical, regulatory, and economic considerations shaping modern marine powertrains across all vessel classes.