Kandemir, V. Et Al. 2018. Topology optimization of 2.5D parts using the SIMP method with a variable thickness approach. Flexible Automation and Intelligent Manufacturing , (Ohio, United States Of America), 29-36.

Kandemir, V., Doğan, O., & Yaman, U., (2018). Topology optimization of 2.5D parts using the SIMP method with a variable thickness approach . Flexible Automation and Intelligent Manufacturing (pp.29-36). Ohio, United States Of America

Kandemir, Volkan, Oğuz Doğan, And ULAŞ YAMAN. "Topology optimization of 2.5D parts using the SIMP method with a variable thickness approach," Flexible Automation and Intelligent Manufacturing, Ohio, United States Of America, 2018

Kandemir, Volkan Et Al. "Topology optimization of 2.5D parts using the SIMP method with a variable thickness approach." Flexible Automation and Intelligent Manufacturing , Ohio, United States Of America, pp.29-36, 2018

Kandemir, V. Doğan, O. And Yaman, U. (2018) . "Topology optimization of 2.5D parts using the SIMP method with a variable thickness approach." Flexible Automation and Intelligent Manufacturing , Ohio, United States Of America, pp.29-36.

@conferencepaper{conferencepaper, author={Volkan Kandemir Et Al. }, title={Topology optimization of 2.5D parts using the SIMP method with a variable thickness approach}, congress name={Flexible Automation and Intelligent Manufacturing}, city={Ohio}, country={United States Of America}, year={2018}, pages={29-36} }