单一材料建筑  

Mono-material Construction

作　　者：Bettina Sigmund 陈帅甫(译) 

机构地区：[1]不详

出　　处：《建筑细部》2018年第4期509-509,共1页Architecture & Detail

摘　　要：对那些在节能方面有进一步完善需求的建筑而言,其中最大的优化潜力就在于它们的结构设计,这是在木结构建筑中对单一材料建筑进行一系列研究的起点,DGJ建筑事务所的汉斯-德雷克斯勒目前正在对此进行研究。这一系列研究基于这样一种认识,即建筑物的能源标准最终对其二氧化碳排放量的影响要小于建筑结构本身,特别是主要的建筑材料本身。现代木结构已经得到了大量的混合使用,以满足性能优化和防火的需要。创新的试点项目现在应该证明这一点:以传统木工结构为基础的纯木结构系统完全能够满足现代住宅建筑的所有技术和建筑物理要求,同时它们更具成本效益,也可以更容易地进行拆卸和回收。The greatest optimisation potential of energetically perfected buildings lies in their structural design, states Hans Drexler,DGJ Architektur,as the starting point of a continuous research line on mono-material constructions in timber construction.The research series is based on the realisation that the energy standard of a building ultimately has less influence on its CO2 footprint than the building structure and especially the primary building material itself.Modern timber construction has been strongly hybridised in order to optimise performance and fire protection.Innovative pilot projects should now prove that purely timber construction systems based on old carpentry structures meet all the technical and building physics requirements of modern residential buildings,and that they at the same time are more cost-effective and can be dismantled and recycled.

关 键 词：木结构建筑 建筑材料 二氧化碳排放量 结构设计 性能优化 建筑物理 建筑事务所 建筑结构 

分 类 号：TU366.2[建筑科学—结构工程]