基于BIM技术的建筑节能复合材料应用

摘要

随着建筑工程项目的生产和建设要求越来越多样化和高效化,传统建筑材料和系统设计模式已经难以满足现代建筑工程设计要求.对新型建筑材料玻璃纤维增强复合塑料(GFRP)的性能和在建筑工程节能中的具体应用进行介绍.针对建筑工程多专业协同设计特点,提出BIM技术协同设计及三维建模过程.并使用AutodeskRevit MEP2013软件,结合给排水管道系统设计要求进行建筑信息模型建模,利用软件内置碰撞检查功能,对管道系统敷设方式进行初步优化.%As diversified and efficient needs of the production and construction of the building project,traditional building materials and systems design pattern are difficult to meet the modern architectural engineering design requirements.In this paper,the new building materials properties of glass fiber reinforced plastics (GFRP) and concrete application in construction engineering and energy saving were introduced.In view of construction engineering characteristics of collaborative design,collaborative building information model (BIM) technology design and three dimensional modeling process were proposed.With Autodesk Revit MEP 2013 software and BIM modeling water supply and drainage pipeline system design requirements,the preliminary optimization method of laying pipeline system was carried out by using the software built-in collision checking.