Curve-Fit Timber
通过弯曲折叠模块实现自由形态结构
Winner in category Building Design
Curve-Fit Timber 是一种建筑系统，适用于希望高效创建自由形状木结构的建筑师和建筑商。它使用平板包装的轻质木板，在现场弯曲折叠成承重模块，解决了复杂建筑形状带来的高成本和资源浪费问题。它具有可持续发展性，因为它使用的是体现碳含量低的可再生木材，最大限度地减少了制作过程中的材料浪费，并且采用模块化设计，支持拆卸和重复使用。
The intelligently prefabricated timber panels can be assembled into complex, curved structures and easily dismantled at the end – there are (almost) no limits to the imagination.
Official Jury Statement
公司/机构
Universität Stuttgart
About University of Stuttgart:
It is one of the oldest technical universities in Germany with programs in civil, mechanical, industrial and electrical engineering, among others.
About study program:
The MSc Program Integrative Technologies and Architectural Design Research (ITECH) is a multidisciplinary, research-oriented, experiment-based program shaped around contemporary aspects of the built environment and practice.
国家
德国
Designer(s)
Alan Eskildsen, Pinaki Mohanty and Carolina Leite Vieira
Alan Eskildsen - Architect with experience in computational design, architectural projects, and research & development of physical and digital products for the AEC industry.
Pinaki Mohanty – Structural Engineer with expertise in concrete high-rise structures, complex architectural structures, and a recent focus in sustainable lightweight structures.
Carolina Leite Vieira – Civil engineer and computational designer focused on modular construction, digitalization, and sustainability.
All authors hold a M.Sc ITECH Degree from the University of Stuttgart, where they jointly developed Curve-Fit.