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Characterization of thermal, chemical, mechanical, and fatigue behavior of 3D printed ABS-based elastomeric blends: ABS/EVA and ABS/TPU
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H. Kuleyin Et Al. , "Characterization of thermal, chemical, mechanical, and fatigue behavior of 3D printed ABS-based elastomeric blends: ABS/EVA and ABS/TPU," POLYMER TESTING , no.145, pp.1-11, 2025

Kuleyin, H. Et Al. 2025. Characterization of thermal, chemical, mechanical, and fatigue behavior of 3D printed ABS-based elastomeric blends: ABS/EVA and ABS/TPU. POLYMER TESTING , no.145 , 1-11.

Kuleyin, H., Budak, S., Yasan, Ö. B., & Gümrük, R., (2025). Characterization of thermal, chemical, mechanical, and fatigue behavior of 3D printed ABS-based elastomeric blends: ABS/EVA and ABS/TPU. POLYMER TESTING , no.145, 1-11.

Kuleyin, HAMDİ Et Al. "Characterization of thermal, chemical, mechanical, and fatigue behavior of 3D printed ABS-based elastomeric blends: ABS/EVA and ABS/TPU," POLYMER TESTING , no.145, 1-11, 2025

Kuleyin, HAMDİ Et Al. "Characterization of thermal, chemical, mechanical, and fatigue behavior of 3D printed ABS-based elastomeric blends: ABS/EVA and ABS/TPU." POLYMER TESTING , no.145, pp.1-11, 2025

Kuleyin, H. Et Al. (2025) . "Characterization of thermal, chemical, mechanical, and fatigue behavior of 3D printed ABS-based elastomeric blends: ABS/EVA and ABS/TPU." POLYMER TESTING , no.145, pp.1-11.

@article{article, author={HAMDİ KULEYİN Et Al. }, title={Characterization of thermal, chemical, mechanical, and fatigue behavior of 3D printed ABS-based elastomeric blends: ABS/EVA and ABS/TPU}, journal={POLYMER TESTING}, year=2025, pages={1-11} }