Partial contents: Ship Handling Simulator; Ship Control Centre Training Facilities for the Royal Navy; Ship Maneuverability Transducer Controlled by Mini-Computer for Training Ship - Onboard ship handling simulator; Modern Control Theory for Dynamic Positioning of Vessels; Design and Simulation of Navigation and Ship Control Algorithms for a Minesweeper; Automatic and Manual COntrol of the 'Tripartite' Minehunter in the Hover and Track Keeping Modes - a Preliminary design; Reversing Dynamics of a Gas Turbine Ship with Controllable-Pitch Propeller; Transient Behavior of Gasturbo-electric and Fixed Pitch Propeller; Gas-Turbine Simulation Techniques for Ship Propulsion Dynamics and Control Studies; New Ship Technical Control Systems for the Royal Norwegian Navy; Development of a Machinery Control and Surveillance System for a Mine Countermeasures Vessel; Developments in Marine Gas Turbine Condition Monitoring Systems; Optimal Control of Hydrofoil Ship Lateral Dynamics; Future Propulsion Control System Functional Requirements; and High Power Superconducting Ship Propulsion System - Its control functions and possible control schemes.
Proceedings of the Ship Control Systems Symposium (5th), Held at U. S. Naval Academy, Annapolis, Maryland on October 30 - November 3, 1978. Volume 2
1978
349 pages
Report
Keine Angabe
Englisch
Marine Engineering , Naval vessels , Control systems , Symposia , Marine engineering , Computer applications , Tracking , Ship turbines , Controllable pitch propellers , Marine propellers , Automatic , Control , Manual operation , Control theory , Dynamics , Position(Location) , Ships , Pitch(Inclination) , Gas turbines , Methodology , Functions , Propellers , Hovering , Simulation , Machines , Minesweepers , Optimization , Great britain , Navy , Norway , Algorithms , Handling , Simulators , Marine propulsion , Marine engines , Mine countermeasures , Monitoring , Maneuverability , Transducers , Surveillance , Training , Facilities , Navigation , Ship control systems