【作者】 刘宇波； 徐珈璐； 邓巧明； 胡凯；

【Author】 Liu Yubo;Xu Jialu;Deng Qiaoming;Hu Kai;School of Architecture,South China University of Technology,State Key Laboratory of Subtropical Building and Urban Science;

【机构】 华南理工大学建筑学院,亚热带建筑与城市科学全国重点实验室；

【摘要】 蚁穴规模庞大复杂、结构稳定,是自然界"用最少的材料获得最大而坚固的生活空间"的经典案例。本研究基于概率扩散模型,提出了蚁穴仿生建筑形态的潜在空间生成与优化的智能工作流。通过寻找三维建筑标准形态和三维蚁穴形态对应的两种潜在空间向量的插值,获取合理的蚁穴仿生形态,并利用有限元分析和多目标优化对重建后的模型进行结构评估和优化。优化后的蚁穴仿生建筑形态兼具形式创造力和稳定的结构,适用于建筑形态和空间设计,为建筑师提供具有一定蚁穴空间结构的三维概念模型。更多还原

【Abstract】 Anthills,with their large and complex scale,along with stable structures,represent a classic example in nature of " achieving maximum and robust living space with minimal materials." This study proposes an intelligent workflow based on diffusion probabilistic model for generating and optimizing anthill bionic architectural forms in latent space.By seeking interpolation between the three-dimensional standard architectural form and the anthill form,reasonable anthill bionic forms are obtained.Additionally,finite element analysis and multi-objective optimization are employed to evaluate and optimize the reconstructed structure of model.The optimized anthill bionic architectural forms combine creative aesthetics with stable structures,making them suitable for architectural form and spatial design,providing architects with threedimensional conceptual models featuring certain anthill spatial structures.更多还原