A ship must do far more than float. It must remain stable, move efficiently, withstand structural loads, maneuver predictably, and satisfy demanding international safety standards—all as one integrated engineering system. Applied Naval Architecture Handbook gives you a practical foundation for understanding how those systems fit together. Written for students, marine professionals, engineers entering the maritime field, surveyors, and serious independent learners, this handbook moves from first principles to the real design decisions naval architects make. Inside, you’ll learn how to:Understand ship geometry, displacement, buoyancy, hydrostatic curves, freeboard, and load lines Analyze transverse and longitudinal stability, GM, GZ curves, free-surface effects, inclining experiments, and damage stability Explore ship motions, seakeeping, maneuvering, rudders, thrusters, and dynamic positioning Break down frictional, wave-making, and form resistance and understand modern resistance-prediction methods Connect propeller theory, hull-propeller interaction, powering, fuel efficiency, and alternative propulsion pathways Understand hull-girder strength, plating, stiffeners, framing, fatigue, fracture, corrosion, and shipbuilding materials Follow the ship design spiral from owner requirements through concept, structural design, arrangement, classification, and regulatory compliance Rather than treating hydrostatics, stability, propulsion, and structures as isolated topics, the book emphasizes the engineering trade-offs connecting them—the same systems-level thinking used in real naval architecture.Whether you are building your first serious foundation or need a broad technical reference for marine work, Applied Naval Architecture Handbook gives you a structured route through the essential principles of ship design.
