摘要
太阳宫科技文化创业大厦项目主楼、西楼区域地基处理采用水泥粉煤灰碎石桩(CFG桩)及褥垫层,桩总数3716根,桩编号量大;底板电梯基坑、集水坑位置CFG桩施工桩长不一,计算量大。项目通过Revit软件搭建高精度地基模型,附着于土体的CFG桩上标高、桩编号通过应用Revit插件的方式实现数据批处理。结果显示,该方法大幅减少了施工桩长计算工作量同时避免了过程中极有可能存在的手算错误,此外通过BIM技术导出的桩身的信息很好地用于CFG桩施工过程中的质量管理。
The foundation treatment of the main building and West building area of the project adopts CFG pile+cushion layer,with a total of 3716 piles and a large number of pile numbers;The construction pile length of CFG pile at the foundation pit and sump of floor elevator is different,and the amount of calculation is large.The project builds a high-precision foundation model through Revit software,and the elevation and pile number of CFG pile attached to the soil are batch processed by using Revit plug-in.The results show that this method greatly reduces the calculation workload of the construction pile length and avoids the possible manual calculation errors in the process.In addition,the information of the pile body derived by BIM Technology is well used for the quality management in the construction process of CFG pile.
出处
《建筑技术开发》
2023年第9期102-104,共3页
Building Technology Development
