Real-time Simulation Technology Research Of Ship Floating State Adjustment

The viability of ship is one of the core elements of modern naval ship desi-gn. The viability of an accident, when the general, or suffer damage in combat environments, the ability to maintain or maximize the recovery of its voyage, shi-p operations technology and various systems encountered in the natural environ-ment. Especially in modern naval warfare, ships once damaged water, if not effe-ctively anti-Shen, will direct threat to its combat and survival skills. How timel-y and accurately identify the location of damaged compartments and quickly dete-rmine the shortest time ship floating state and stability, anti-sinking measures ta-ken to study correct and effective, and fighting for the restoration of the ship ha-s great vitality and realistic significance.In this paper, three-dimensional software SolidWorks as a platform for high-level language programming on its VB secondary development, at the same time visual interface design, application Microsoft file storage to achieve a floating st ate adjustment based computing and real-time simulation of three-dimensional m-odel in the SolidWorks environment, visualization high degree of automation, and developed a corresponding adjustment of simulation software floating state.This paper describes the calculation and adjustment of ship complete floatin-g state, flooding damaged during ship floating state to change the calculation an d simulation demonstrate how to quickly adjust cabin were righting the ship floa ting state calculation and simulation presentations and other major functions. Whe rein the adjustment is complete floating state between the use of fuel transportati on tanks were fine-tuned to meet the requirements of a floating state; however, may lead to the ship after the break flooded a large tilt floating state, then right-ing measures can be used for cabin irrigation and drainage were adjusted floatin g state.This article describes the key technology is based on three-dimensional mod-el of a ship floating state adjustment of real-time simulation calculation method, in the main interface in Visual Basic system design, the use of secondary develo p-pment technology for real-time simulation. By numerical example, the method can be automated, parameterization, visualization, rapid implementation dependent command, simple and practical system interface, good human-computer interactio-n, the user can operate through a simple procedure to quickly complete the war ship floatation adjustment calculation reduce the computation time, the simulation results intuitive, concrete, realistic, and it is important to real-time simulation, ti-meliness is very high, very practical.