Vessel Stability Improvement TRIZ Cases
- Air-Supported Vessel Keel Step Layout for Reduced Air Leakage
Discrete keel steps and a V-shaped bow help contain the air cushion, improving stability while reducing drag and air leakage.
- V-Shaped Air-Supported Hull Keel Steps for Leakage and Stability
Segmented bow, keel, and stern steps curb air cushion leakage while improving directional stability and lowering turning resistance.
- Factory Ship Stabilization Control for Precision Manufacturing
Motion sensors, inertial platforms, and feedback control keep shipboard pouring, molding, and additive manufacturing stable at sea.
- Marine Transom Mounting Plate With Adjustable Clamp Assembly
A clamped transom plate and actuator plate mount water engagement devices without hull penetrations, while shims adapt to varying transom angles.
- Marine Vessel Chassis Module for Movable Hull Motion Control
A modular chassis uses left and right linkages plus resilient supports to manage hull motion and simplify vessel assembly.
- Watercraft Vertical Movement Control via Resonance Range Adjustment
A watercraft control system adjusts speed and course to exit vertical movement resonance ranges.
- Floating Production Unit Hull Design with Moonpool for Riser Protection
A floating production unit hull design incorporates a central moonpool to suspend and protect risers against external forces.