M. Hassanzadeh And M. B. C. ÜLKER, "A fully coupled absorbing boundary to simulate wave propagation through saturated partially drained porous half space using the Scaled Boundary Finite Element approach," 20 ICSMGE Sydney 2021 Conference , Sidney, Australia, 2020
Hassanzadeh, M. And ÜLKER, M. B. C. 2020. A fully coupled absorbing boundary to simulate wave propagation through saturated partially drained porous half space using the Scaled Boundary Finite Element approach. 20 ICSMGE Sydney 2021 Conference , (Sidney, Australia).
Hassanzadeh, M., & ÜLKER, M. B. C., (2020). A fully coupled absorbing boundary to simulate wave propagation through saturated partially drained porous half space using the Scaled Boundary Finite Element approach . 20 ICSMGE Sydney 2021 Conference, Sidney, Australia
Hassanzadeh, Mehran, And Mehmet Barış Can Ülker. "A fully coupled absorbing boundary to simulate wave propagation through saturated partially drained porous half space using the Scaled Boundary Finite Element approach," 20 ICSMGE Sydney 2021 Conference, Sidney, Australia, 2020
Hassanzadeh, Mehran And ÜLKER, Mehmet B. . "A fully coupled absorbing boundary to simulate wave propagation through saturated partially drained porous half space using the Scaled Boundary Finite Element approach." 20 ICSMGE Sydney 2021 Conference , Sidney, Australia, 2020
Hassanzadeh, M. And ÜLKER, M. B. C. (2020) . "A fully coupled absorbing boundary to simulate wave propagation through saturated partially drained porous half space using the Scaled Boundary Finite Element approach." 20 ICSMGE Sydney 2021 Conference , Sidney, Australia.
@conferencepaper{conferencepaper, author={Mehran Hassanzadeh And author={Mehmet Barış Can Ülker}, title={A fully coupled absorbing boundary to simulate wave propagation through saturated partially drained porous half space using the Scaled Boundary Finite Element approach}, congress name={20 ICSMGE Sydney 2021 Conference}, city={Sidney}, country={Australia}, year={2020}}