Firat, M. Et Al. 2024. A Numerical Prediction for Hole-Splitting Damage of DP Steels Based on Plastic Work Criterion Using a Polynomial Stress Potential. Experimental Techniques , vol.48, no.3 , 501-522.

Firat, M., Akşen, T., ŞENER, B., & ESENER, E., (2024). A Numerical Prediction for Hole-Splitting Damage of DP Steels Based on Plastic Work Criterion Using a Polynomial Stress Potential. Experimental Techniques , vol.48, no.3, 501-522.

Firat, M. Et Al. "A Numerical Prediction for Hole-Splitting Damage of DP Steels Based on Plastic Work Criterion Using a Polynomial Stress Potential," Experimental Techniques , vol.48, no.3, 501-522, 2024

Firat, M. Et Al. "A Numerical Prediction for Hole-Splitting Damage of DP Steels Based on Plastic Work Criterion Using a Polynomial Stress Potential." Experimental Techniques , vol.48, no.3, pp.501-522, 2024

Firat, M. Et Al. (2024) . "A Numerical Prediction for Hole-Splitting Damage of DP Steels Based on Plastic Work Criterion Using a Polynomial Stress Potential." Experimental Techniques , vol.48, no.3, pp.501-522.

@article{article, author={M. Firat Et Al. }, title={A Numerical Prediction for Hole-Splitting Damage of DP Steels Based on Plastic Work Criterion Using a Polynomial Stress Potential}, journal={Experimental Techniques}, year=2024, pages={501-522} }