D. Kavala Sen Et Al. , "Optimal Design of a Five-Bar Planar Manipulator and Its Controller by Using Different Algorithms for Minimum Shaking Forces and Moments for the Largest Trajectory in a Usable Workspace," Machines , vol.10, no.11, 2022
Kavala Sen, D. Et Al. 2022. Optimal Design of a Five-Bar Planar Manipulator and Its Controller by Using Different Algorithms for Minimum Shaking Forces and Moments for the Largest Trajectory in a Usable Workspace. Machines , vol.10, no.11 .
Kavala Sen, D., Yıldız, A., & Kopmaz, O., (2022). Optimal Design of a Five-Bar Planar Manipulator and Its Controller by Using Different Algorithms for Minimum Shaking Forces and Moments for the Largest Trajectory in a Usable Workspace. Machines , vol.10, no.11.
Kavala Sen, Deniz, AHMET YILDIZ, And OSMAN KOPMAZ. "Optimal Design of a Five-Bar Planar Manipulator and Its Controller by Using Different Algorithms for Minimum Shaking Forces and Moments for the Largest Trajectory in a Usable Workspace," Machines , vol.10, no.11, 2022
Kavala Sen, Deniz K. Et Al. "Optimal Design of a Five-Bar Planar Manipulator and Its Controller by Using Different Algorithms for Minimum Shaking Forces and Moments for the Largest Trajectory in a Usable Workspace." Machines , vol.10, no.11, 2022
Kavala Sen, D. Yıldız, A. And Kopmaz, O. (2022) . "Optimal Design of a Five-Bar Planar Manipulator and Its Controller by Using Different Algorithms for Minimum Shaking Forces and Moments for the Largest Trajectory in a Usable Workspace." Machines , vol.10, no.11.
@article{article, author={Deniz Kavala Sen Et Al. }, title={Optimal Design of a Five-Bar Planar Manipulator and Its Controller by Using Different Algorithms for Minimum Shaking Forces and Moments for the Largest Trajectory in a Usable Workspace}, journal={Machines}, year=2022}