Junlan Li

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About

Junlan Li is a leading figure in the field of origami-inspired engineering, with a primary focus on the mechanics and design of deployable structures. Their most influential work, "An Extended Family of Rigidly Foldable Origami Tubes" (2016, 56 citations), introduced a groundbreaking mechanism-based construction process that demonstrates how open-ended origami tubes can serve as modular building blocks. By developing a combination process, Li showed that these tubes can be assembled into new, larger structures that remain rigidly foldable with a single degree-of-freedom (SDOF)—a critical property for practical applications in aerospace, robotics, and deployable shelters. This contribution significantly expanded the design space for origami-based mechanisms, moving beyond isolated tubes to a systematic family of foldable architectures. Li’s work has been instrumental in bridging theoretical origami geometry with real-world engineering constraints, enabling more robust and predictable deployable systems. Their research continues to influence the design of compact, transformable structures, making them a key innovator in the growing intersection of mathematics, mechanics, and applied engineering.