.... As a result, AST flax fiber boat won first place overall and best design at the 2023 SuMoth Challenge, showcasing natural fibers as a feasible alternative to full-carbon boats. artificial intelligence optimization eppler 393 mainfoil rudderfoil hydrofoil optimization process design process moth...

... deflection pressure distribution wave encounter condition value maskew artificial intelligence hydrofoil separation rudder panel grid rotation THE 25TH CHESAPEAKE SAILING YACHT SYMPOSIUM ANNAPOLIS, MARYLAND, MARCH 2025 Advances in FloSim Mid-fidelity Simulations for Modern Yacht Performance...

... in the computational models. The methodology enables effective design of high-performance subcavitating hydrofoils with flaps through expert-guided optimization. optimization cavitation constraint suction peak optimization problem optimized section section shape artificial intelligence flap angle control...

... methods fuse data between camera and radar. The system’s affordability and versatility position it as a potential solution for future development in accessible maritime navigation technologies. image understanding resolution sensor artificial intelligence calibration deep learning radar...

... time doi artificial intelligence simulation objective grib file simulation method isochrone method A Protocol for Comparing Sailboat Routing Algorithms Kilian Le Gall Lab-STICC/UBO, Brest, France. [email protected] Goulven Guillou Lab-STICC/UBO, Brest, France. goulven.guillou@univ...

...-assisted propulsion systems. These findings emphasize the necessity of integrated optimization for maximizing performance and sustainability in maritime transport. artificial intelligence social responsibility sustainability rotor constraint fuel consumption ship optimization problem...

... algorithm wind condition control strategy adjustment rate algorithm twa sheet angle awa apparent wind angle artificial intelligence propulsive ratio wind speed sheet control algorithm adjustment intermittent control wing sail spatio-temporal wind model cargo vessel engine power THE 25TH...

... loadcases, are given. artificial intelligence rectangle impact plug-in intersection point height difference team japan manoeuvre team usa closing speed statistics competitor impact event plug-in proximity crash event evasive manoeuvre collision crashworthiness timestep scenario...

... for maximum performance. machine learning artificial intelligence graf order model accuracy simulation prediction stall surrogate model coefficient wingsail profile ll model camber drive force ll code configuration flap angle southampton profile optimisation ran simulation machine...

... that we can improve and maintain true heading measurement quality and detect and isolate faulty sensors. artificial intelligence frequency compute fault detection covariance matrix yacht outlier innovation covariance application sensor fusion algorithm update step sensor compass...

.... machine learning evolutionary algorithm artificial intelligence optimization problem thickness design space failure criterion stiffener yacht design process laminate composite material composite structure safety factor pa mass zenkert & battley configuration optimisation plate theory...

... on what the opponent might do, perform better than those that did not. It is concluded that Monte-Carlo tree search can provide a basis for decision making in match races and that it has potential for further use. artificial intelligence planning & scheduling node utility estimate game state...

.... Various structural configurations will be analysed using the framework outlined in this paper. artificial intelligence upstream oil & gas pressure contour simulation wedge transverse section impact force free surface deadrise angle mesh pressure distribution impact event water impact...

... configurations such as a T-Foil rudder. artificial intelligence optimization problem side force calculation yacht hull performance prediction appendage windesign10 claughton vpp freedom configuration rudder angle chesapeake sailing yacht symposium formulation foil boat lifting foil...

... and crew position are investigated and evaluated to minimize the distance lost during tacking and gybing. The DVPP is also employed for trajectory optimization during maneuvers. simulation dagger board turn rate optimization problem artificial intelligence controller force module maneuver...

... foil artificial intelligence deformation variation application coefficient foil amplitude spectrum resistance coefficient speed polar diagram stiffness tw 20knot hull deflection hydrofoil yacht THE 23RD CHESAPEAKE SAILING YACHT SYMPOSIUM ANNAPOLIS, MARYLAND, MARCH 2019 Application...

... operator tradeoff artificial intelligence maneuver waypoint criteria polar diagram THE 23RD CHESAPEAKE SAILING YACHT SYMPOSIUM ANNAPOLIS, MARYLAND, MARCH 2019 Sailboat Routing with Multiple Objectives for Sailing Races Goulven Guillou, Lab-STICC, University of Brest, France Laurent Lemarchand, Lab...

... of a future autopilot that will control the whole appendages to a three-dimensional piloting. Moreover, this type of management is a first step towards possible fossil fuel free sailboats. control method prediction horizon actuator cost function energy aware autopilot controller artificial...

... are presented, varying design parameters of the catamaran. artificial intelligence optimization problem reservoir simulation upstream oil & gas constraint vorticity catamaran resistance wake sheet coefficient boat speed investigation span daggerboard jib rudder wing solver drag...

...-domain dynamic velocity prediction program (DVPP). The results are demonstrated using a single handed Laser and demonstrate an acceptable level of accuracy. machine learning artificial intelligence orientation centreline capture system yacht mass distribution body segment spenkuch gravity...