Zhongling Jiang

University of Electronic Science and Technology of China

Papers

Total Citations

H-Index

About

Zhongling Jiang is a researcher whose work centers on the reliability and nonlinear dynamics of precision transmission systems, particularly the RV (rotating vector) reducer—a critical component in industrial robots and CNC machine tools. His most-cited paper, “A reliability evaluation method for RV reducer by combining multi-fidelity model and Bayesian updating technology” (2021, 8 citations), introduces a novel framework that integrates multi-fidelity modeling with Bayesian updating to assess the reliability of these complex, two-stage gear mechanisms. This contribution addresses the challenge of balancing computational cost and accuracy in reliability analysis, offering a practical tool for engineers designing high-performance robotic systems. Jiang’s research is notable for its focus on the nonlinear dynamic behavior of gear transmissions, which is essential for predicting failure modes and extending service life. While his citation count is still growing, his work has already drawn attention from the mechanical engineering community, particularly in the context of precision manufacturing and robotics. By advancing methods for evaluating the durability of RV reducers, Jiang is helping to improve the reliability of automation equipment, making his research valuable for both academic study and industrial application.