标题： 用于设计自调节透气建筑表皮的缎面非织造布 显示英文标题

标题： Satin Non-Woven Fabrics for Designing of Self-Regulating Breathable Building Skins

摘要： 在本文中，我们引入了2-way 2-fold genus-1 非织造织物的概念，这种织物可用于设计自调节的透气建筑表皮。 非织造结构在透气皮肤设计中优于编织结构的优势在于它们可以完全闭合以阻止空气交换。 我们从双轴2-fold genus-1 编织织物的数学理论出发，为这种非织造结构建立了一个理论框架。 通过重新利用一种用于描述2-fold 2-way 2-fold genus-1 编织织物的数学符号，我们识别并分类了非织造织物。 在这个分类中，我们识别出一个特殊的子集，它对应于缎纹编织织物，并允许最大的空气交换。 任何其他对应于其他经典2-way 2-fold genus-1 织物（如平纹或斜纹）的非织造结构子集，将允许较少的空气交换。 我们还表明，存在另一种缎纹非织造织物的子集，可以提供最大的孔隙。 显示英文摘要

摘要： In this paper, we introduce the concept of 2-way 2-fold genus-1 non-woven fabrics that can be used to design self-regulating breathable building skins. The advantage of non-woven structures over woven structures for breathable skin design is that they can completely be closed to stop air exchange. We have developed a theoretical framework for such non-woven structures starting from the mathematical theory of biaxial 2-fold Genus-1 woven fabrics. By re-purposing a mathematical notation that is used to describe 2-fold 2-way 2-fold genus-1 woven fabrics, we identify and classify non-woven fabrics. Within this classification, we have identified a special subset that corresponds to satin woven fabrics and allows for maximum air exchange. Any other subset of non-woven structures that correspond to other classical 2-way 2-fold genus-1 fabrics, such as plain or twill, will allow for less air exchange. We also show that there exists another subset of satin non-woven fabrics that can provide the biggest openings.