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华汇设计(北京)是一个由年轻建筑师组成的致力于设计和研究的事务所。参数化设计及可持续发展是他们的研究方向,他们致力于将不同领域的知识创造性的带入建筑设计,希望基由不同的设计方法和过程创造出与众不同的设计。数学,几何学,算法技术,建筑信息模型,人工智能学等都是他们涉猎的领域。王振飞,华汇设计北京分公司主持建筑师。王鹿鸣,华汇设计北京分公司主持建筑师。灵感来源于一次看书的经历,有一次看一本数学方面的书籍发现了这个有趣的杜德妮三角形定理,当时就觉得今后会有用处,这次就应用了。Q:作品“旋转”与你之前的作品,均展现出你们对趣味数学的迷恋。数学逻辑改变了你看待建筑的方式吗?如何改变的?A:数学的内在逻辑是非常有趣的,建筑本身其实也处在数学逻辑之内,我们对建筑和设计的认知某种意义上取决于介入的方式和观察的角度,数学,几何等自然科学的介入为不同设计的出现提供了更多可能性。
Huahui Design (Beijing) is a firm of young architects dedicated to design and research. Parametric design and sustainable development are their research directions. They are dedicated to bringing the creative knowledge of different fields into architectural design. The hope base is created by different design methods and processes to create distinctive designs. Mathematics, geometry, algorithmic techniques, building information models, artificial intelligence, etc. Wang Zhenfei, architect of Huahui Design Beijing Branch. Wang Luming, Hua Hui Design Beijing Branch chaired the architect. Inspired by the experience of reading a book, once I read a book on mathematics and found this interesting Dudley triangle theorem, at that time I felt that it would be useful in the future. This time it was applied. Q: The works “rotation” and your previous works all show your fascination with fun mathematics. Does mathematics logic change the way you look at architecture? How does it change? A: The inner logic of mathematics is very interesting, and the architecture itself is actually within the logic of mathematics. Our understanding of architecture and design depends in a sense on From the perspective of intervention and observation, the involvement of natural sciences such as mathematics and geometry has provided more possibilities for the appearance of different designs.