Yanıkören, M. Et Al. 2024. 3D biomechanical model that can perform dynamic analysis of the upper extremity and L5/S1 joints without the use of force sensor. SADHANA - ACADEMY PROCEEDINGS IN ENGINEERING SCIENCES , vol.49, no.241 , 1-16.

Yanıkören, M., Yılmaz, S., & Gündoğdu, Ö., (2024). 3D biomechanical model that can perform dynamic analysis of the upper extremity and L5/S1 joints without the use of force sensor. SADHANA - ACADEMY PROCEEDINGS IN ENGINEERING SCIENCES , vol.49, no.241, 1-16.

Yanıkören, Mithat, Sezcan Yılmaz, And Ömer GÜNDOĞDU. "3D biomechanical model that can perform dynamic analysis of the upper extremity and L5/S1 joints without the use of force sensor," SADHANA - ACADEMY PROCEEDINGS IN ENGINEERING SCIENCES , vol.49, no.241, 1-16, 2024

Yanıkören, Mithat Et Al. "3D biomechanical model that can perform dynamic analysis of the upper extremity and L5/S1 joints without the use of force sensor." SADHANA - ACADEMY PROCEEDINGS IN ENGINEERING SCIENCES , vol.49, no.241, pp.1-16, 2024

Yanıkören, M. Yılmaz, S. And Gündoğdu, Ö. (2024) . "3D biomechanical model that can perform dynamic analysis of the upper extremity and L5/S1 joints without the use of force sensor." SADHANA - ACADEMY PROCEEDINGS IN ENGINEERING SCIENCES , vol.49, no.241, pp.1-16.

@article{article, author={Mithat Yanıkören Et Al. }, title={3D biomechanical model that can perform dynamic analysis of the upper extremity and L5/S1 joints without the use of force sensor}, journal={SADHANA - ACADEMY PROCEEDINGS IN ENGINEERING SCIENCES}, year=2024, pages={1-16} }