Evgeny Krustev

Biomechanics Institute of Valencia, Institute of Mechanics

Papers

Total Citations

H-Index

About

Evgeny Krustev is a pioneering figure in the field of robotic kinematics and motion control, with a career dedicated to advancing the precision and reliability of robot arm path planning. His research focuses on developing novel kinematic control methods that address the fundamental challenges of joint variable constraints and motion rate limitations in robotic systems. Krustev’s major contributions include the introduction of sliding mode techniques for kinematic path control, which enable robots to maintain stable and accurate trajectories even under dynamic constraints. His 1987 paper, "Extended kinematic path control of robot arms" (7 citations), and his 1986 work, "Kinematic path control of robot arms" (5 citations), are foundational studies that explore path invariance under parametric transformations, offering a new theoretical framework for end-effector motion planning. These works have influenced subsequent research in robotic motion control, providing engineers with robust tools for designing more adaptive and constrained-aware robotic systems. Krustev’s achievements are particularly notable for their emphasis on mathematical rigor and practical applicability, making his research a valuable resource for students and researchers interested in the intersection of kinematics, control theory, and robotics.