Benzheng Dong

Nanjing University of Aeronautics and Astronautics

Papers

Total Citations

H-Index

About

Benzheng Dong is a biomechanics researcher whose work bridges animal locomotion and biomimetic design, with a particular focus on adhesive mechanisms and stability control. His most impactful study, "The biomechanics of tree frogs climbing curved surfaces: a gripping problem" (2018, 35 citations), investigates how hylid tree frogs maintain grip on vertical cylinders of varying diameter and roughness. This work disentangles the roles of adduction forces versus adhesive pad mechanics, offering critical insights for developing climbing robots and bio-inspired adhesives. Dong also explores how animals respond to external perturbations, as seen in his study on rats subjected to lateral impacts (2014), where he analyzed balancing strategies during locomotion. His research on the stinkbug *Erthesina fullo* (2014) further examines kinematic adaptations across level, vertical, and inverted surfaces. Though his citation counts are modest, Dong’s work is foundational for understanding how animals solve real-world gripping and stability challenges—knowledge that directly informs robotics, prosthetics, and materials science. His focus on comparative biomechanics across taxa (amphibians, insects, mammals) demonstrates a systematic approach to uncovering universal principles of movement and adhesion.