Naval Warships are used in many different ways like transporting troops or to destroy something. So when making these ships every single thing has to be perfect. This is why performance analyses of naval ships are required when designing and building one of these ships. When building these ships it is a very long process and cost a lot of money so the modeling and simulation is a very effective way and method for performance analysis. In this faze a simulation core is proposed to analyze the performance of naval ships considering their specifications. This simulation core can perform the engineering level of simulations, considering the mathematical models for naval ships, such as maneuvering equations and passive sonar equations. Also, the simulation models of the simulation core follow Discrete EVent system Specification (DEVS) and Discrete Time System Specification (DTSS) formalisms, so that simulations can progress over quick events and bad times. When doing these simulations there biggest goal of these simulations is so that when the ship is put in a situation where it needs to act quick and effective to get the job done that it needs to.
To verify the applicability of this simulation core, such a simulation core was applied to simulations for the performance analyses of a submarine in an Anti-SUrface Warfare (ASUW) mission. These simulations were composed of two scenarios. The first scenario of submarine diving carried out maneuvering performance analysis by analyzing the pitch angle variation and depth variation of the submarine over time. The second scenario of submarine detection carried out detection performance analysis by analyzing how well the sonar of the submarine resolves adjacent targets so then they can carry out an attack or a defense mechanism on an enemy.
All of these methods using to make these ships is just a fragment of the process of making them however play a huge roll. When a ship that big and that much power is in combat to being used every single thing on that ship needs to be perfect so that there are no mistakes.
Comments
Post a Comment