Maritime Simulation

Simulation "In the Boat".- Session 1: Fifth Generation Computer Technology.- The Introduction to Parallel Processing to Solve Future Applications.- Supercomputers and Mathematical Modelling.- CYBERPLUS, a High Performance Parallel Processing System.- Session 2: Simulation-Software-Tools.- A Contribution on Calculating Vibrations in Coupled Rigid and Elastic Multibody Systems Applied to a Propulsion System - An Application of the Computer Program MEDYNA.- Recent Innovations to CSSL-IV.- The Role of Computer Graphics in Maritime Simulation.- Session 3: Industrial Computer System - The Chrysler Story.- Simulation Tools for Chrysler Product Development.- Session 4: Marine Mathematical Modelling.- On the Construction of a Versatile Mathematical Model for Marine Simulation.- Direction of International Joint Effort for Development of Mathematical Models and Ship Performance Data for Marine Simulation Applications.- Session 5: CFD for Marine Vehicles.- The Computation of Flow around Ships with Allowance for Free-Surface and Density-Gradient Effects.- Large-Scale CYBER-205 Simulation of Vortex Flowfields Around Submarines.- Session 6: Navigation Methodology.- Simulation of a Digital Filter/Estimator for the Navigation of Large Ships in Confined Waters.- Session 7: Marine Maneuvering and Motion Simulation.- Marine Maneuvering Simulation.- A Discrete, Time Varying, Non-Linear Mathematical Model for the Simulation of Ship Manoeuvres.- Modeling and Simulation of the Roll Motions of a Ship.- A Modular Manoeuvring Mathematical Model for Warship Simulation.- Session 8: Off-Shore Modelling.- ABAQUS/AQUA Application to Offshore Risers and Pipelines.- Session 9: Steering and Control of Marine Vehicles.- Steering Control Algorithms for a Submersible.- Session 10: Training and Traffic Control.- Simulation and Pilot Training at the Panama Canal.- Micro-Computerized Maritime Traffic Simulator.- The Minimum Maneuvering Range as a Criterion to Evaluate the Risk of Collision between Ships.-