O. Akgul And B. KOÇKAR, "The Effect of Rolling Process on the Actuation Fatigue Behavior of Ni50Ti25Hf25 High Temperature Shape Memory Alloy," Shape Memory and Superelasticity , vol.9, no.3, pp.460-472, 2023
Akgul, O. And KOÇKAR, B. 2023. The Effect of Rolling Process on the Actuation Fatigue Behavior of Ni50Ti25Hf25 High Temperature Shape Memory Alloy. Shape Memory and Superelasticity , vol.9, no.3 , 460-472.
Akgul, O., & KOÇKAR, B., (2023). The Effect of Rolling Process on the Actuation Fatigue Behavior of Ni50Ti25Hf25 High Temperature Shape Memory Alloy. Shape Memory and Superelasticity , vol.9, no.3, 460-472.
Akgul, Ogulcan, And BENAT KOÇKAR. "The Effect of Rolling Process on the Actuation Fatigue Behavior of Ni50Ti25Hf25 High Temperature Shape Memory Alloy," Shape Memory and Superelasticity , vol.9, no.3, 460-472, 2023
Akgul, Ogulcan And KOÇKAR, BENAT. "The Effect of Rolling Process on the Actuation Fatigue Behavior of Ni50Ti25Hf25 High Temperature Shape Memory Alloy." Shape Memory and Superelasticity , vol.9, no.3, pp.460-472, 2023
Akgul, O. And KOÇKAR, B. (2023) . "The Effect of Rolling Process on the Actuation Fatigue Behavior of Ni50Ti25Hf25 High Temperature Shape Memory Alloy." Shape Memory and Superelasticity , vol.9, no.3, pp.460-472.
@article{article, author={Ogulcan Akgul And author={BENAT KOÇKAR}, title={The Effect of Rolling Process on the Actuation Fatigue Behavior of Ni50Ti25Hf25 High Temperature Shape Memory Alloy}, journal={Shape Memory and Superelasticity}, year=2023, pages={460-472} }