自适应休息亭  

Self-adaption Rest Pavilion

作　　者：无 刘欣冉(译) 

机构地区：[1]ICD/ITKE University of Stuttgart [2]不详

出　　处：《景观设计》2020年第5期86-91,共6页Landscape Design

摘　　要：该目研究了以瓢虫翅膀为灵感的大型自适应建筑结构,由碳和玻璃钢制成的两种自适应构件搭建而成。由集成传感器、网络通信与后台计算构成的交互式控制系统促进了使用的便捷性。该项目展示了仿生建筑中的设计、模拟和制造过程的无限潜力,由学生与研究员共同完成,由建筑师、工程师、生物学家和古生物学家共同组成的多学科团队为其提供了支持。The project investigates large-scale complia nt architecture in spired by the Coleoptera coccinellidae wings.The dem on strator is composed of two adaptive folding elements made of carb on and glass fibre-reinforced plastic.An in teractive control system,consisting of integrated sensors,online communication,and backend computational processing,facilitates ease of use.The project showcases the potential of computational design,simulation and fabrication processes in bio-inspired architecture.The project was designed and realized by students and researchers,supported by a multi-disciplinary team of architects,engineers,biologists,and palaeontologists.

关 键 词：集成传感器 控制系统 网络通信 古生物学家 项目展示 自适应构件 交互式 多学科团队 

分 类 号：TP3[自动化与计算机技术—计算机科学与技术]