These free naval and marine engineering books in PDF explain how ships float, move through water and get their power. They cover naval architecture, ship stability, hydrodynamics, marine engines and shipbuilding.
Several are course texts from the U.S. Naval Academy, MIT and TU Delft. Others are U.S. Navy training manuals and shipyard classics that still explain the basics clearly.
New to the field? Start with naval architecture, then move on to hydrodynamics and marine engines.
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Naval Architecture
Naval Architecture Books
These naval architecture books cover stability, displacement, hull geometry and ship structures. It is the math every naval architect learns first, with worked examples and exam questions.
The full course notes of the U.S. Naval Academy's EN400 course: hull form, hydrostatics, stability, ship structure, resistance and powering, seakeeping, maneuvering and submarines. Worked examples and lab guides make it a complete first course in naval architecture.
A classic textbook written by a Royal Navy constructor to explain the calculations of the drawing office: areas, volumes, displacement, centres of gravity, stability, the inclining experiment and strength. Includes 114 diagrams and exercises with answers.
Sir Edward Reed, Chief Constructor of the Royal Navy, explains metacentric height, curves of stability and the behaviour of ships when heeled. A landmark treatise on ship stability, full of diagrams and worked cases.
Written by a Lloyd's Register surveyor for ship officers, superintendents and draughtsmen. It covers how a steel ship is built, the strength of its structure and the everyday calculations of displacement, trim and stability, with numerous illustrations and examples.
A study guide covering practical naval architecture, laying off and theory, with almost 200 fully worked answers to exam questions. A good way to practise displacement, tonnage and stability problems step by step.
Ship hydrodynamics explains how water resists a hull and how vessels handle waves, speed and turns. Here you'll find TU Delft and MIT textbooks, including offshore hydromechanics and ocean engineering.
The 40th anniversary edition of the MIT classic on the hydrodynamics of ships and ocean structures: viscous flow, model testing, lifting surfaces, waves and the motions of bodies in waves. Still the standard graduate text in the field.
Lecture notes from TU Delft on ocean waves, the behaviour of ships in waves and the basics of ship hydromechanics, with numerical exercises. A compact bridge between fluid mechanics and seakeeping.
The complete TU Delft textbook on waves, ship motions, wave loads and the hydromechanics of floating and fixed offshore structures, from dredgers and drilling vessels to pipelines. Clear derivations and many figures.
University lectures on how ships turn, stop and hold a course: equations of motion, hydrodynamic forces on hull and rudder, manoeuvring tests and simulation. Covers a topic few free books explain.
Admiral David W. Taylor's manual of marine propulsion: skin friction, wave resistance, model basin experiments, propellers and how to estimate the power a ship needs. The book that founded modern resistance and powering methods.
The official ITTC dictionary of terms used in ship hydrodynamics, from cavitation to zigzag manoeuvres, with figures. A handy reference when reading papers or towing tank reports.
These marine engineering books explain diesel engines, gas and steam turbines, and the machinery that keeps a ship running. Several are U.S. Navy training manuals, a good starting point for beginners.
The engine maker's own guide to how hull, propeller and main engine work together: ship types, hull resistance, propeller efficiency, engine layout and load diagrams. Clear illustrations make it a strong entry point to ship propulsion.
The Navy textbook that explains shipboard engineering plants as a whole: ship design and stability, damage control, boilers, steam turbines, diesel and gas turbine engines, pumps, electrical systems and auxiliaries. Written for students who need the full picture.
A short training manual on gas turbine propulsion at sea: how the engines developed, their types and construction, starting systems, fuels and lubricants, and automated control. Detailed cutaway drawings of real engines.
A rate training manual on the machinery of a steam propulsion plant: turbines, steam-driven generators, pumps, heat exchangers, refrigeration and plant maintenance. Practical, well illustrated and written for work aboard ship.
The standard treatise on marine steam machinery for engineering students and sea-going engineers: boilers, engines, condensers, propellers and engine room practice, with hundreds of detailed drawings.
Shipbuilding books show how vessels were actually built, from wooden hulls to steel ships. Most are classic shipyard manuals full of plans and step by step methods.
A shipyard manual on building large wooden vessels: moulding and framing, keelsons, planking, fastenings, caulking and launching. Richly illustrated with construction plans and details.
A practical treatise on modern wooden ship construction, with a supplement on laying off. Large plans and photographs show every stage of building a wooden hull.
A clear step by step guide to wood ship construction: timber, keel and frames, horning and assembling, planking, ceiling and fastenings. Written for workers new to the shipyard.
Written for carpenters and woodworkers who want to build boats and ships, and used as a school textbook. It explains lofting, bevelling, framing and planking with simple methods and many diagrams.
A manual for shipbuilders, superintendents and marine engineers on how steel ships are built and kept in service: materials, framing, plating, bulkheads, strength calculations and maintenance. Includes folding plates reduced from working drawings.
Naval engineering brings many fields together, from hull math and waves to engine rooms and shipyards. Pick the section that fits your goal and start reading today.