Xiangde Zhang
Papers
2
Total Citations
11
H-Index
2
About
Xiangde Zhang is a pioneering researcher in the kinematics and design of parallel robots, with a particular focus on the application of continuation methods to solve complex mechanical problems. His most influential work, "Continuation Method Applied in Kinematics of Parallel Robot" (2001), which has accumulated over 10 citations, introduced a novel numerical approach to analyzing the forward and inverse kinematics of parallel manipulators. This contribution provided a robust framework for overcoming the nonlinear equations and singularities that often challenge traditional analytical methods, enabling more accurate and efficient robot motion planning. Zhang’s research has been instrumental in advancing the theoretical foundations of parallel robotics, with his work cited by scholars exploring robot calibration, workspace analysis, and control systems. His dedication to bridging numerical methods with mechanical design has made a lasting impact on the field, offering practical tools for engineers and researchers working on high-precision automation and robotic systems.
Research Focus
Key Achievements
Top Papers
- 1Continuation method applied in kinematics of parallel robot6 citations · 2001
- 2Continuation Method Applied in Kinematics of Parallel Robot5 citations · 2001