A. DOĞAN And Ü. DİKMEN, "Site response analysis by generating a new 3d mesh design with surface topography: a 3d site response analysis of northwest Turkey," BULLETIN OF EARTHQUAKE ENGINEERING , no.11, pp.5571-5597, 2024
DOĞAN, A. And DİKMEN, Ü. 2024. Site response analysis by generating a new 3d mesh design with surface topography: a 3d site response analysis of northwest Turkey. BULLETIN OF EARTHQUAKE ENGINEERING , no.11 , 5571-5597.
DOĞAN, A., & DİKMEN, Ü., (2024). Site response analysis by generating a new 3d mesh design with surface topography: a 3d site response analysis of northwest Turkey. BULLETIN OF EARTHQUAKE ENGINEERING , no.11, 5571-5597.
DOĞAN, AYHAN, And ÜNAL DİKMEN. "Site response analysis by generating a new 3d mesh design with surface topography: a 3d site response analysis of northwest Turkey," BULLETIN OF EARTHQUAKE ENGINEERING , no.11, 5571-5597, 2024
DOĞAN, AYHAN And DİKMEN, ÜNAL. "Site response analysis by generating a new 3d mesh design with surface topography: a 3d site response analysis of northwest Turkey." BULLETIN OF EARTHQUAKE ENGINEERING , no.11, pp.5571-5597, 2024
DOĞAN, A. And DİKMEN, Ü. (2024) . "Site response analysis by generating a new 3d mesh design with surface topography: a 3d site response analysis of northwest Turkey." BULLETIN OF EARTHQUAKE ENGINEERING , no.11, pp.5571-5597.
@article{article, author={AYHAN DOĞAN And author={ÜNAL DİKMEN}, title={Site response analysis by generating a new 3d mesh design with surface topography: a 3d site response analysis of northwest Turkey}, journal={BULLETIN OF EARTHQUAKE ENGINEERING}, year=2024, pages={5571-5597} }