E. Yumuk Et Al. , "A robust fractional-order controller design with gain and phase margin specifications based on delayed Bode's ideal transfer function," Journal of the Franklin Institute , vol.359, no.11, pp.5341-5353, 2022
Yumuk, E. Et Al. 2022. A robust fractional-order controller design with gain and phase margin specifications based on delayed Bode's ideal transfer function. Journal of the Franklin Institute , vol.359, no.11 , 5341-5353.
Yumuk, E., Güzelkaya, M., & Eksin, İ., (2022). A robust fractional-order controller design with gain and phase margin specifications based on delayed Bode's ideal transfer function. Journal of the Franklin Institute , vol.359, no.11, 5341-5353.
Yumuk, Erhan, Müjde Güzelkaya, And İbrahim Eksin. "A robust fractional-order controller design with gain and phase margin specifications based on delayed Bode's ideal transfer function," Journal of the Franklin Institute , vol.359, no.11, 5341-5353, 2022
Yumuk, Erhan Et Al. "A robust fractional-order controller design with gain and phase margin specifications based on delayed Bode's ideal transfer function." Journal of the Franklin Institute , vol.359, no.11, pp.5341-5353, 2022
Yumuk, E. Güzelkaya, M. And Eksin, İ. (2022) . "A robust fractional-order controller design with gain and phase margin specifications based on delayed Bode's ideal transfer function." Journal of the Franklin Institute , vol.359, no.11, pp.5341-5353.
@article{article, author={Erhan Yumuk Et Al. }, title={A robust fractional-order controller design with gain and phase margin specifications based on delayed Bode's ideal transfer function}, journal={Journal of the Franklin Institute}, year=2022, pages={5341-5353} }