Propulsive Elements Using Magnus Effect TRIZ Cases
- Magnus Rotor Propulsion Control via Wind Feedback
A user-operable control adjusts Magnus rotor rotation rates to optimize aquatic vessel propulsion.
- Magnus Rotor Winding Process for Dynamic Imbalance Reduction
Continuous winding of fiber composite material around an internal model creates a one-piece rotor body that eliminates assembly-related dynamic imbalances.
- Flettner Rotor Deck Transport Trolley
A trolley with a flexible chassis and double-flanged wheels moves Flettner rotors along a vessel deck railway to clear access paths for cranes.