Equivalent Stress and Total Deformation of Spider Web Structure—A Finite Element Approach

In the pursuit of understanding the dynamic properties and energy behavior of the bio-inspired spider webs, by utilising materials such as nylon, steel, and aluminium, representing a spectrum of mechanical properties, the study employs Fusion 360 as the design software tools, leveraging their capabilities for intricate modelling and representation of the spider web structures. The subsequent static structural analysis, conducted through Ansys R2, allows for a thorough examination of the mechanical behaviour of spider webs made from different materials under various loading conditions. By comparing the results across diverse materials, our research aims to elucidate the effectiveness of each material in spider web design, shedding light on potential applications in real-world scenarios. The findings from this study contribute to our understanding of bio-inspired engineering but also have the potential to influence the development of materials and structures for diverse applications in fields such as architecture, aerospace, and safety engineering. The insights gained could pave the way for incorporating spider web-inspired designs into our day-to-day lives, harnessing the efficiency and adaptability observed in nature to enhance human-engineered structures.