2020年，我们接到了福州融侨·外滩壹号住宅区主入口门头的设计深化委托，一座“大面积镂空且局部双曲，大跨度悬挑且务必轻盈”的极富挑战性的任务。
方案最初采用交叉的外露桁架梁悬挂镂空饰面板，但透过孔隙可以看到桁架结构，影响美观。第一轮优化通过精密控制镂空比例和数字化结构计算，将结构完全隐藏在镂空饰面板内部，实现了合理的承重与形态结合，增强视觉美感。第二轮优化最大程度保留了龙骨体系上的核心部分，减少了非必要结构，节省了近三分之一的耗材和重量。
排水方面，我们模拟了山丘一样自然隆起的一个微微拱形，让雨水可以像落在山包上一样向四周流动，用最小的视觉高差，最小的玻璃形变，实现了最大的排水坡度。并在数字程序中批量输出了每根支撑杆件的长度序列，来实现这样的精准隆起。
In 2020, we received the commission to further develop the design for the main entrance pavilion of the Fuzhou Rongqiao·Wai Tan Yi Hao residential area—a highly challenging task that called for a “large perforated and partially hyperbolic” structure with a “large-span cantilever that must be lightweight.”
Through design optimization and precise calculations, we concealed the load-bearing system within the hollow decorative panels, and reduced approximately one-third of material consumption and weight. This eliminated the visibility of the exposed truss structure, enhancing the hollow effect and aesthetics.
In the area of drainage, we have modeled a gentle arch similar to a natural hill, enabling rainwater to flow outwards as if it were falling on a mound, using the smallest visual height difference and the least deformation of glass to achieve the maximum drainage slope. Additionally, we have batch processed the length sequence of each support rod in the digital program to realize such precise arching.
