O. A. Tozkoparan Et Al. , "Case study: Identification of brake squeal source mechanism through experimental and computational approaches," NOISE CONTROL ENGINEERING JOURNAL , vol.68, no.1, pp.21-37, 2020
Tozkoparan, O. A. Et Al. 2020. Case study: Identification of brake squeal source mechanism through experimental and computational approaches. NOISE CONTROL ENGINEERING JOURNAL , vol.68, no.1 , 21-37.
Tozkoparan, O. A., Şen, O. T., & Singh, R., (2020). Case study: Identification of brake squeal source mechanism through experimental and computational approaches. NOISE CONTROL ENGINEERING JOURNAL , vol.68, no.1, 21-37.
Tozkoparan, Omer, Osman Taha Şen, And Rajendra Singh. "Case study: Identification of brake squeal source mechanism through experimental and computational approaches," NOISE CONTROL ENGINEERING JOURNAL , vol.68, no.1, 21-37, 2020
Tozkoparan, Omer A. Et Al. "Case study: Identification of brake squeal source mechanism through experimental and computational approaches." NOISE CONTROL ENGINEERING JOURNAL , vol.68, no.1, pp.21-37, 2020
Tozkoparan, O. A. Şen, O. T. And Singh, R. (2020) . "Case study: Identification of brake squeal source mechanism through experimental and computational approaches." NOISE CONTROL ENGINEERING JOURNAL , vol.68, no.1, pp.21-37.
@article{article, author={Omer Anil Tozkoparan Et Al. }, title={Case study: Identification of brake squeal source mechanism through experimental and computational approaches}, journal={NOISE CONTROL ENGINEERING JOURNAL}, year=2020, pages={21-37} }