Superyacht Design / Naval Architecture
Naval Architecture
Engineering of large hull and superstructure openings, shell doors and movable structures while preserving strength, stiffness, watertight integrity and appropriate load paths.
Engineering of large hull and superstructure openings, shell doors and movable structures while preserving strength, stiffness, watertight integrity and appropriate load paths.
Guide
Moving shell openings must preserve two things at once: the hull's structural load path and the required barrier against water entry. Frames, hinges, locks, seals, tolerances and operating condition all contribute to that combined performance.
Aug. 10, 2026
Guide
Tender garages and beach clubs can remove large areas of side shell or stern structure precisely where hull loads and water pressure remain significant. Their doors, internal decks and perimeter frames must therefore be integrated with global and local strength.
Aug. 10, 2026
Guide
Large yacht glazing can replace areas that would otherwise contain structural plating or conventional small windows. The surrounding frame must carry hull loads, control deformation and support the glazing without imposing unacceptable stress or compromising integrity.
Aug. 10, 2026
Guide
A large shell door replaces part of the yacht's fixed hull with a movable structural panel. Its frame, hinges, locking devices, seals and surrounding structure must carry pressure and hull loads while preserving the required closing integrity.
Aug. 10, 2026
Guide
Large shell, deck and superstructure openings interrupt structural members and redirect loads around their edges. Their effect can extend from local stress concentration to global hull-girder strength, stiffness and fatigue behaviour.
Aug. 10, 2026