摘要
数字化电厂的发展急需搭建一个完善的数字一体化设计平台,满足多专业在同一个平台上协同设计的需求。二三维协同设计作为数字化设计的重要组成部分,一直存在人工重复录入数据,数据难以传递的问题。借用计算机技术中的二叉树算法,可以在不提前编码的前提下对二三维模型进行实时匹配。本文基于此提出了快速建模和精确建模两种协同设计模式,可以大大提升设计效率和设计质量,并衍生出三维建模设计外包,但不必提供数据库和编码系统的新的设计分包商业模式。
In order to meet the need of collaboration design on the same platform, a completedigital integration design platform needs to be built due to the rapid development of digital powerplants. As an important part of digital design, 2D/3D collaborative design still exists defects：manual repeated input data and data transmission problem. By using the binary tree algorithm incomputer technology, it is possible to match the two-three-dimensional model in real timewithout pre-coding. Based on this, the two collaborative design modes （rapid mode and precisemode） are proposed, which can greatly improve the design efficiency and design quality. A newsubcontracting business model is also derived, that is three-dimensional modeling designoutsourcing, which does not need to provide database and coding system.
出处
《化工进展》
EI
CAS
CSCD
北大核心
2017年第B11期567-571,共5页
Chemical Industry and Engineering Progress
关键词
二三维协同设计
智能匹配
数字一体化
two-three-dimensional collaboration design
intelligent matching
digital integration
