Past-state Kelvin wake propagation guides follower vessel placement when the lead vessel changes speed or heading, cutting wave-making resistance.
A bouncer sinker lifts above the seabed in light weather and engages the anchor during storms to optimize mooring chain configuration.
Automated thermal plate forming replaces manual shaping by using robotic heating and quenching to achieve precise naval vessel components.
Segmented tank modules resolve the conflict between structural strength and adaptability by allowing independent removal, repair, and standardization.
A buoy bearing retainer releasably attaches to the turret assembly for on-site maintenance.
Removable base components of a prefabricated ship module frame reduce transport volume and weight while simplifying multi-deck installation.
A mapping algorithm adjusts real-world data to match simulation outputs, preserving decision logic in trained neural networks.
Segmented porous laminated plates on marine platform columns dissipate wave energy, reducing run-up impacts without increasing structural weight.
A magnetic induction positioning system tracks six-degree-of-freedom motion of dynamic penetration plate anchors.
Vertically displaced flanges create multiple gripping surfaces that reduce instability forces during maneuvers.
A ship stability determining arrangement uses sensor motion data and excitation signals to calculate a righting arm model through dynamic residual minimization.
A detachable fiber composite receptacle prevents bonded seam cracks and seawater corrosion in submarine cladding.
A thruster well system uses clamps and seals to lift marine propellers from floating vessels.
A controller generates three-dimensional mooring line models from captured two-dimensional images for in situ health evaluation.
A magnetic field communication module induces electromagnetic fields in metal bulkheads to transmit data wirelessly.
Adjustable Bi-Pod cantilever mount positions laser metrology equipment over damaged ship hulls to capture accurate damage control data.
Replacing rigid rods with flexible wire ropes allows concurrent propeller removal and lifting setup, reducing pod change time by 10 to 12 hours.