A new internal friction angle-based approach for estimating Hoek-Brown constant m(i) and its comparison with those estimated from some current methods

H. Karakul And R. ULUSAY, "A new internal friction angle-based approach for estimating Hoek-Brown constant m(i) and its comparison with those estimated from some current methods," *BULLETIN OF ENGINEERING GEOLOGY AND THE ENVIRONMENT* , vol.81, no.8, 2022

Karakul, H. And ULUSAY, R. 2022. A new internal friction angle-based approach for estimating Hoek-Brown constant m(i) and its comparison with those estimated from some current methods. *BULLETIN OF ENGINEERING GEOLOGY AND THE ENVIRONMENT* , *vol.81, no.8* .

Karakul, H., & ULUSAY, R., (2022). A new internal friction angle-based approach for estimating Hoek-Brown constant m(i) and its comparison with those estimated from some current methods. *BULLETIN OF ENGINEERING GEOLOGY AND THE ENVIRONMENT* , vol.81, no.8.

Karakul, Hasan, And REŞAT ULUSAY. "A new internal friction angle-based approach for estimating Hoek-Brown constant m(i) and its comparison with those estimated from some current methods," *BULLETIN OF ENGINEERING GEOLOGY AND THE ENVIRONMENT* , vol.81, no.8, 2022

Karakul, Hasan And ULUSAY, REŞAT. "A new internal friction angle-based approach for estimating Hoek-Brown constant m(i) and its comparison with those estimated from some current methods." *BULLETIN OF ENGINEERING GEOLOGY AND THE ENVIRONMENT* , vol.81, no.8, 2022

Karakul, H. And ULUSAY, R. (2022) . "A new internal friction angle-based approach for estimating Hoek-Brown constant m(i) and its comparison with those estimated from some current methods." *BULLETIN OF ENGINEERING GEOLOGY AND THE ENVIRONMENT* , vol.81, no.8.

@article{article, author={Hasan Karakul And author={REŞAT ULUSAY}, title={A new internal friction angle-based approach for estimating Hoek-Brown constant m(i) and its comparison with those estimated from some current methods}, journal={BULLETIN OF ENGINEERING GEOLOGY AND THE ENVIRONMENT}, year=2022}