Saltanat Zhilkibayeva
Papers
2
Total Citations
6
H-Index
2
About
Saltanat Zhilkibayeva is a computational mechanician whose work bridges theoretical mechanics and applied robotics, focusing on the precise determination of internal forces within mechanical systems. Her research centers on the analytical and computational modeling of planar mechanisms and robot manipulators, particularly those with statically indeterminate structures. Zhilkibayeva’s major contribution lies in developing methods that account for distributed dynamic loads, dead weight, and active external forces—factors often oversimplified in classical analyses. Her 2016 paper, presented at the VII European Congress on Computational Methods, introduces a technique for computing internal efforts in statically definable structures, while her 2017 work extends this to statically indeterminate systems, incorporating animation in the Maple system to visualize motion and internal force diagrams. Though her citation counts are modest (3 each), these publications represent foundational steps in enhancing the accuracy of robotic arm design and analysis. Zhilkibayeva’s approach offers practical tools for engineers seeking to optimize link strength and predict failure points under real-world loading conditions, making her a valuable contributor to the field of applied mechanics and robotics.
Research Focus
Key Achievements
Top Papers
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- 2