摘要
高性能建筑是指以性能为核心的(如环境性能、结构性能、行为性能),以多目标性能优化为导向的建筑设计作品。基于数字平台,性能参数可以被转化为几何控制参数。从数学数据(性能参数)到几何数据(形式参数)再到几何形式(建筑形态)的完整演变是计算成形的主要逻辑路径。同时,机器人建造技术作为一种参数化工具将设计结果与建造过程无缝衔接。这种性能与设计高度集成的一体化工作模式使建筑作品呈现出极高的统一性与完成度,并最终实现高质量的建筑产业化。
High performance-based architecture refers to the architecture designed upon different architectural performance （e.g., environmental performance, structural performance and behavioral performance） and multi-objective optimization process. Based on a digital platform, performance parameters can be transformed into geometric controlling parameters. The process from mathematics （performance parameter） to geometric data （formal parameter） and to geometric form （building form） is the main logical path of computational formation. Meanwhile, robotic fabrication technology, as a parametric fabrication technology, connects the parametric design to digital fabrication process seamlessly. This highly-integrated process leads to a high level of unity and completeness and will eventually realize high-quality building industrialization.
出处
《时代建筑》
2015年第5期88-91,共4页
Time + Architecture
关键词
高性能建筑
机器人建造
设计与建造一体化
机器人工具开发
建筑产业化
High Performance-based Architecture
Robotic Fabrication
Integration of Design andFabrication
Robotic Tool Development
BuildingIndustrialization
