虚拟现实技术在舰船工业设计中的应用  

Application of virtual reality technology in ship industrial design

作　　者：熊媛媛[1] 郑鹏[1] XIONG Yuanyuan;ZHENG Peng(Jiangxi University of Technology,Nanchang 330098,China)

机构地区：[1]江西科技学院,江西南昌330098

出　　处：《舰船科学技术》2024年第23期156-159,共4页Ship Science and Technology

摘　　要：为帮助用户直观且深入地理解舰船的设计细节,降低实际制造时因设计错误而导致的损失,研究虚拟现实技术在舰船工业设计中的应用方法。利用虚拟现实技术的3DS Max软件,建立舰船零部件三维模型。在虚拟环境中,利用混合层次包围盒算法,进行舰船零部件三维模型碰撞检测,降低实际制造时因设计错误而导致的损失;自动装配舰船零部件三维模型,结合碰撞检测结果,调整零部件三维模型的设计结构比例,完成舰船工业设计。实验证明,该方法可有效建立舰船零部件三维模型,完成零部件三维模型碰撞检测;该方法可有效实现舰船工业设计,降低舰船总能耗。In order to help users intuitively and deeply understand the design details of ships and reduce the loss caused by design errors in actual manufacturing,the application method of virtual reality technology in ship industrial design is studied.Using 3DS Max software of virtual reality technology,the three-dimensional model of ship parts is established to help users intuitively and deeply understand the details of ship design.In the virtual environment,the collision detection of three-dimensional model of ship parts is carried out by using the hybrid layer bounding box algorithm to reduce the loss caused by design errors in actual manufacturing.In the virtual environment,the three-dimensional model of ship parts is automatically assembled,and the proportion of the design structure of the three-dimensional model is adjusted according to the collision detection results to complete the ship industrial design.Experimental results show that this method can effectively establish the three-dimensional model of ship parts and complete the collision detection of the three-dimensional model of parts.This method can effectively realize the industrial design of ships and reduce the total energy consumption of ships.

关 键 词：虚拟现实技术 舰船工业设计 3DS Max软件 零部件 包围盒 碰撞检测 

分 类 号：U673.2[交通运输工程—船舶及航道工程]