Ting Si

University of Science and Technology of China

Papers

Total Citations

H-Index

About

Ting Si is a pioneering researcher in bio-inspired propulsion and advanced manufacturing, whose work bridges fluid dynamics, robotics, and materials science. His most influential contribution, the study of whirligig beetles’ surface propulsion (35 citations), revealed nature’s most energy-efficient swimming strategy and provided a blueprint for designing low-power aquatic robots. This foundational work has inspired new approaches to surface-swimming mechanisms with minimal energy loss. Si further advanced the field by developing a wave energy conversion mechanism for multi-joint robotic fish (2013), addressing the critical limitation of battery life in autonomous underwater vehicles. His innovative spirit extends to manufacturing, where he introduced programmable pulsed aerodynamic printing (2023, 23 citations), a novel technique for creating multi-interface composite materials with unprecedented precision. This method enables the fabrication of complex, layered structures that were previously impossible to produce. Si’s research portfolio demonstrates a rare ability to translate biological principles into practical engineering solutions, from energy-efficient propulsion to advanced manufacturing processes. His work continues to influence researchers in soft robotics, biomimetics, and sustainable engineering, with his beetle-inspired propulsion study remaining a cornerstone reference in the field.