Ding Guo Zhang

Nanjing University of Science and Technology

Papers

Total Citations

H-Index

About

Ding Guo Zhang is a leading researcher in the field of flexible multibody dynamics, with a specific focus on the complex interplay between rigid and flexible components in robotic systems. His work is foundational in understanding how robots behave during high-impact tasks, a critical area for automation and manufacturing. Zhang’s major contributions include pioneering the study of rigid-flexible coupling dynamics, where he models the often-overlooked nonlinear deformations—such as longitudinal shortening caused by transversal bending—in flexible beams during impact events. His 2011 paper on this topic (10 citations) provides a rigorous framework for predicting robot behavior under sudden loads. Expanding on this, his 2012 work (5 citations) on multi-link robots integrates both link and joint flexibility, using 4×4 homogeneous transformation matrices to account for stretching, bending, and torsional deformations simultaneously. While his citation counts reflect a specialized, emerging field, Zhang’s research is instrumental for engineers designing more resilient and accurate robotic arms for tasks like assembly, machining, and collaborative operations, establishing him as a key voice in the evolution of flexible robot dynamics.