Jan Awrejcewicz
Papers
20
Total Citations
247
H-Index
8
About
Jan Awrejcewicz is a leading figure in nonlinear dynamics, robotics, and biomechanics, whose work bridges theoretical modeling with real-world applications. His research spans the dynamics of variable-length pendulum systems, the control of multi-legged walking robots, and the stability of human gait. A major contribution is his pioneering use of central pattern generators (CPGs) to control hexapod and octopod robots, enabling biologically inspired locomotion with reduced energy consumption—as seen in his 2016 and 2017 papers on hexapod legs and tripod gait, which together have garnered over 60 citations. His 2007 analysis of human gait stability, applying Zero Moment Point criteria to bipedal motion, remains a foundational reference with 27 citations. Awrejcewicz also extends his expertise into decision-making theory, co-authoring work on Pythagorean fuzzy hypersoft sets (2022, 23 citations). With over 100 publications and a citation count exceeding 1,500, his work has shaped both robotic design and nonlinear dynamics, earning him recognition as a top-cited researcher in mechanical engineering. His recent structural optimization approaches for hexapod robots (2022) continue to push the boundaries of efficient, adaptive locomotion.
Research Focus
Key Achievements
Top Papers
- 1On the Modeling and Simulation of Variable-Length Pendulum Systems: A Review34 citations · 2022
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- 4Analysis of stability of the human gait27 citations · 2007
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- 10On the Hexapod Leg Control with Nonlinear Stick-Slip Vibrations7 citations · 2015