Heping Liu

Harbin Engineering University, Harbin University

Papers

Total Citations

H-Index

About

Heping Liu is a robotics researcher whose work centers on the design, modeling, and motion control of tensegrity robots — a class of lightweight, elastic robotic structures built on principles of tensional integrity. Over the past decade, Liu has made significant contributions to advancing tensegrity robotics from theoretical foundations to practical motion analysis. His seminal 2014 paper on the ball tensegrity robot established a rigorous mathematical framework using node matrices, member matrices, and connectivity matrices, garnering 13 citations and laying critical groundwork for the field. Subsequent research explored the locomotion mechanics of four-bar and six-bar tensegrity robots, demonstrating how controlled string tension and bar length adjustments enable effective movement — work that has collectively attracted further scholarly attention. Most recently, Liu's 2024 investigation into bending bar tensegrity robots, inspired by buckle-induced structural deformation, reflects his continued innovation in expanding the mechanical repertoire of tensegrity systems. With a total citation footprint across multiple influential studies, Liu's research has helped establish tensegrity robots as a compelling paradigm in soft and compliant robotics, offering promising directions for lightweight, adaptable robotic platforms valuable to students and engineers alike.