摘要
通过使用BIM(Building Information Modeling)核心建模软件Revit完成对Y校园地下供水管网、供热管网模型绘制与精细化处理;分析了B/S架构(Browser/Server,浏览器/服务器模式,是WEB兴起后的一种网络结构模式)下的BIM技术运用的可行性,在此基础上运用HTML5(HTML5是构建Web内容的一种语言描述方式)、CSS(Cascading Style Sheets)与JavaScript(是一种具有函数优先的轻量级,解释型或即时编译型的编程语言)等技术,选取Forge作为主要平台,进行对地下管网BIM模型的轻量化处理,通过Web编译,最终实现BIM轻量化模型在Web端的显示;初步构建地下管网实时监测系统,阐述了地下管网实施监测系统的总体设计思路与开发流程。
By using BIM core modeling software,the underground water supply network and heat supply network model of Y school are drawn and refined;This paper analyzes the feasibility of BIM Technology under B/S architecture. On this basis,using HTML5,CSS,JavaScript and other technologies,forge is selected as the main platform to lightweight the BIM model of underground pipe network. Through web compilation,the BIM lightweight model is finally displayed on the web;The real-time monitoring system of underground pipe network is preliminarily constructed,and the overall design idea and development process of the monitoring system are described.
作者
王浩勇
吴晓龙
张瑞丰
周荣超
张静峰
赵海波
Wang Haoyong;Wu Xiaolong;Zhang Ruifeng;Zhou Rongchao;Zhang Jingfeng;Zhao Haibo(Zhaoyuan Urban and Rural Construction Affairs Service Center;YantaiAiclunt New Energy Technology Co.,Ltd.;School of Civil Engineering,YantaiUniversity;School of Ocean,Yantai University)
出处
《区域供热》
2021年第6期37-47,73,共12页
District Heating
基金
山东省自然基金资助项目(ZR2014EL029)
山东省高等学校科技计划(J12LB55)
烟台市科技计划项目(2020XDRH097)
烟台市“十三五”海洋经济创新发展示范项目(YHCX-ZB-L-202003)。
关键词
地下管网
BIM技术
B/S架构
轻量化模型
实时监测
underground pipe network
BIM technology
B/S architecture
lightweight model
real time monitoring
