Lanying Zheng

Papers

Total Citations

H-Index

About

Lanying Zheng is a pioneering researcher in soft robotics, with a focus on developing novel actuators that combine flexibility with controllable stiffness. Her key research areas include pneumatic actuators, variable stiffness mechanisms, and shape-morphing structures. Zheng’s major contributions center on integrating low-melting-point alloys into soft robotic systems, enabling unprecedented control over bending points and shape retention. Her most cited work, “Multipoint Bending and Shape Retention of a Pneumatic Bending Actuator by a Variable Stiffness Endoskeleton” (2018, 51 citations), introduces a pneumatic actuator that can bend at multiple points and lock its shape without continuous power—a breakthrough for applications requiring energy-efficient, adaptive manipulation. This builds on her earlier foundational study, “Pneumatic balloon actuator with tunable bending points” (2015, 15 citations), which demonstrated how embedded alloys could locally alter stiffness to redirect bending. Zheng’s innovations address critical challenges in soft robotics, such as precision and load-bearing, and her work has inspired further research in variable-stiffness systems. Her achievements highlight a creative approach to merging materials science with robotics, offering practical solutions for grippers, wearable devices, and medical tools.