İ. ÖZEN And M. ASLAN, "Investigation of Energy Absorbing and Damage Behavior of Gyroid and Diamond Cell Based Lattice Structures Manufactured through Powder Bed Fusion Technology," International Journal of Automotive Science and Technology , vol.7, no.4, pp.372-383, 2023
ÖZEN, İ. And ASLAN, M. 2023. Investigation of Energy Absorbing and Damage Behavior of Gyroid and Diamond Cell Based Lattice Structures Manufactured through Powder Bed Fusion Technology. International Journal of Automotive Science and Technology , vol.7, no.4 , 372-383.
ÖZEN, İ., & ASLAN, M., (2023). Investigation of Energy Absorbing and Damage Behavior of Gyroid and Diamond Cell Based Lattice Structures Manufactured through Powder Bed Fusion Technology. International Journal of Automotive Science and Technology , vol.7, no.4, 372-383.
ÖZEN, İSMAİL, And MUSTAFA ASLAN. "Investigation of Energy Absorbing and Damage Behavior of Gyroid and Diamond Cell Based Lattice Structures Manufactured through Powder Bed Fusion Technology," International Journal of Automotive Science and Technology , vol.7, no.4, 372-383, 2023
ÖZEN, İSMAİL And ASLAN, MUSTAFA. "Investigation of Energy Absorbing and Damage Behavior of Gyroid and Diamond Cell Based Lattice Structures Manufactured through Powder Bed Fusion Technology." International Journal of Automotive Science and Technology , vol.7, no.4, pp.372-383, 2023
ÖZEN, İ. And ASLAN, M. (2023) . "Investigation of Energy Absorbing and Damage Behavior of Gyroid and Diamond Cell Based Lattice Structures Manufactured through Powder Bed Fusion Technology." International Journal of Automotive Science and Technology , vol.7, no.4, pp.372-383.
@article{article, author={İSMAİL ÖZEN And author={MUSTAFA ASLAN}, title={Investigation of Energy Absorbing and Damage Behavior of Gyroid and Diamond Cell Based Lattice Structures Manufactured through Powder Bed Fusion Technology}, journal={International Journal of Automotive Science and Technology}, year=2023, pages={372-383} }