绿色发展理念下基于Rhino+Grasshopper的清水双曲面模板深化的定位和排版  

The Positioning and Layout of the Deepening of the Clear Water Hyperbolic Template Based o Rhino+Grasshopper under the Conceptof Green Development

作　　者：张建新 郭文霖 陈敏 杨军 李建 陈利强 Zhang Jianxin;Guo Wenin;Chen Min;Yang Jun;Li Jian;Chen Liqiang(China Construction Science and Industry Co.,Ltd.,Shenzhen 518052,China)

机构地区：[1]中建科工集团有限公司,深圳518052

出　　处：《绿色建造与智能建筑》2024年第11期79-81,85,共4页Green Construction and Intelligent Building

摘　　要：本研究以绿色建筑理念为引领,借助Rhino与Grasshopper集成的参数化设计平台,探索了清水混凝土双曲面模板的设计新途径。通过Rhino三维建模技术构建复杂几何形态,并在Grasshopper环境下开发算法逻辑,实现对双曲面模板尺寸、形态及拼接工艺参数化的精细调控。研究成果不仅成功设计出一系列兼具结构合理性和美学表达的双曲面模板样式,而且在施工阶段显著提升了材料利用率和施工效率,减少了废弃物产生,有力践行了建筑业可持续发展的要求,展示了参数化设计在绿色建造实践中的创新应用价值。Guided by the concept of green building,this study explores a new way to design the hyperboloid formwork of exposed concrete with thehelp of the parametric design platform integratedwith Rhino and Grasshopper.The complex geometric form was constructed by Rhino 3D modeling technology,and the algorithm logic was developed in Grasshopper environment to realize the fine control of the size,shape and splicing process parameterization of the hyperboloid template.The research results not only successfully designed a series of hyperboloid formwork styles with both structural rationality and aesthetic expression,but also significantly improved material utilization and construction efficiency during the construction phase,reduced waste generation,effectively implemented the requirements of sustainable development of the construction industry,and demonstrated the innovative application value of parametric design in green construction practice.

关 键 词：Rhino Grasshopper 双曲面 清水混凝土 模板设计 参数化建模 

分 类 号：TU17[建筑科学—建筑理论]