Fiber Pattern Generation Tools for the Design of Long-Span, Core-Less Wound, Structural Composite Building Elements

This data set contains tools to generate fiber patterns for tubular surface components as used in the BUGA Fibre Pavilion (Website). The tools allowed to model the fiber patterns as polylines and anchor point sequences which acted as a base for planning the robotic motion paths for prefabrication of the BUGA Fibre composite components. The surface-based syntax tool generates local support surfaces to keep subsequent fibers in place. The resulting fiber pattern is fully parametric and can be tailored to the specific requirements of different fiber components. The interlaced syntax tool generates a smooth fiber body by continuously revolving around the component's long axis and alternating between boundary frames. The output is a continuous polyline. In the second step, the resulting fiber net is relaxed to approximate the final anticlastic shape of the fiber lattice. The reinforcement tool allows the modeling of carbon fiber reinforcement patterns. Following a similar logic as the surface-based tool, the reinforcement wraps around the component and is then relaxed to approximate the final shape of the composite.

本数据集汇集了生成管状表面组件纤维图案的工具，这些组件广泛应用于BUGA纤维馆（网站）。这些工具能够模拟纤维图案为多线段以及锚定点序列，以此为规划机器人运动路径，预制BUGA纤维复合材料组件奠定基础。基于表面的语法工具生成局部支撑表面，以保持后续纤维的位置。生成的纤维图案具有完全的参数化特性，可根据不同纤维组件的具体需求进行定制。交错语法工具通过围绕组件的长轴连续旋转并交替边界框架，生成平滑的纤维体。输出结果为连续的多线段。在第二步中，生成的纤维网被放松，以逼近纤维格子的最终抗弯形状。加固工具允许建模碳纤维加固图案。遵循与基于表面的工具类似的逻辑，加固层环绕组件并随后被放松，以逼近复合材料的最终形状。