Sustainable Development Goals have become a key factor in the design in the twenty-first century. The relationship between the architectural and structural systems is becoming a matter of relevance for sustainable design. The search for minimum material consumption can be seen by drawing inspiration from the solutions found in Nature. The high efficiency of natural forms, has become a contribution to research on tree-like structures. The purpose of the research was to identify the main aspects of arboreal supporting structures shaping and optimization at the early state of design. The methodology is to optimize the geometry of dendriforms, based on optimizing the shape of the bending moment diagram and adjusting it to the shape of the final bar structure. The primary conclusion of the studies indicates that the structural and architectural optimization, implemented in an early stage of designing might significantly improve material consumption without substantial changes in architectural appearance.

可持续发展目标已成为二十一世纪设计的关键因素。建筑和结构系统之间的关系正成为与可持续设计相关的问题。通过从《自然》中找到的解决方案中汲取灵感，可以看出对最低材料消耗的追求。自然形态的高效率，已成为对树状结构研究的贡献。研究的目的是在设计的早期阶段确定树栖支撑结构成形和优化的主要方面。该方法是基于优化弯矩图的形状并将其调整为最终杆结构的形状来优化树状体的几何形状。