A.I. Yunusova
Papers
1
Total Citations
2
H-Index
1
About
A.I. Yunusova is a researcher in nonlinear dynamics and robotics, specializing in the locomotion of vibration-driven systems in fluid environments. Her work focuses on the mechanics of two-mass robots that move through viscous media by oscillating an internal mass, a problem with applications in micro-robotics and biomedical devices. Her most cited paper, "The study of the wedge-shaped vibration-driven robot motion in a viscous fluid forced by different oscillation laws of the internal mass" (2016), examines how the shape and oscillation pattern of a triangular-cylindrical shell affect rectilinear motion in an incompressible fluid. By analyzing different internal mass oscillation laws, she provides insights into optimizing propulsion efficiency for small-scale robots. Though her citation count (2) reflects a niche but foundational contribution, her work advances the understanding of how geometric and kinematic parameters influence locomotion in viscous environments—a key challenge for designing untethered micro-robots. Yunusova’s research bridges theoretical mechanics and practical engineering, offering a framework for future studies on vibration-driven locomotion in complex fluids.
Research Focus
Key Achievements
Top Papers
- 1