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<p>Any nation's progress is determined by the expansion and innovation of its infrastructure. In order to guarantee both structural efficiency and aesthetic appeal, the growing demand for high-rise structures in metropolitan settings calls for creative approaches to structural design. In high-rise building, voronoi, which are renowned for their capacity to produce organic, irregular patterns, provide a fresh framework for allocating loads and maximising material consumption. The performance of Voronoi-patterned steel frames under a range of load circumstances, including seismic and wind, is thoroughly examined using SAP2000 and parametric modelling in accordance with IS: 1893:2016 and IS: 875, respectively. Comparisons with conventional grid systems demonstrate how Voronoi patterns may result in lower material use and higher efficiency. According to the results, Voronoi grids are very advantageous for maximising the structural performance and visual attractiveness of tall steel buildings. This study lays the groundwork for future investigations into intricate geometric patterns in architectural design, indicating that Voronoi-based designs may eventually result in more inventive and sustainable skyscraper building.</p>

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Analysis of novel structural approaches for tall structures with Voronoi tessellation: a path forward

  • 期刊论文

  • 发表日期：

    2025年8月4日

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  • Niharika Sharma,
  • V. R. Patel,
  • Manvendra Verma

摘要

Any nation's progress is determined by the expansion and innovation of its infrastructure. In order to guarantee both structural efficiency and aesthetic appeal, the growing demand for high-rise structures in metropolitan settings calls for creative approaches to structural design. In high-rise building, voronoi, which are renowned for their capacity to produce organic, irregular patterns, provide a fresh framework for allocating loads and maximising material consumption. The performance of Voronoi-patterned steel frames under a range of load circumstances, including seismic and wind, is thoroughly examined using SAP2000 and parametric modelling in accordance with IS: 1893:2016 and IS: 875, respectively. Comparisons with conventional grid systems demonstrate how Voronoi patterns may result in lower material use and higher efficiency. According to the results, Voronoi grids are very advantageous for maximising the structural performance and visual attractiveness of tall steel buildings. This study lays the groundwork for future investigations into intricate geometric patterns in architectural design, indicating that Voronoi-based designs may eventually result in more inventive and sustainable skyscraper building.