Group 3


In this exploration, the focus is on unraveling the inherent nonlinear phenomena within origami structures and pioneering metastructures tailored for various engineering applications. By delving into the intricate folding patterns and geometric properties of origami, researchers aim to uncover novel nonlinear behaviors that can be harnessed for engineering innovation. Through a combination of experimental investigation and computational modeling, the research seeks to identify key parameters influencing the nonlinear response of origami-based metastructures. These findings will inform the design and optimization of next-generation materials and structures capable of adaptive behavior, multifunctionality, and resilience across a spectrum of engineering domains, including aerospace, robotics, architecture, and biomedical engineering.


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