E. Artun, "Characterizing interwell connectivity in waterflooded reservoirs using data-driven and reduced-physics models: a comparative study," NEURAL COMPUTING & APPLICATIONS , vol.28, no.7, pp.1729-1743, 2017
Artun, E. 2017. Characterizing interwell connectivity in waterflooded reservoirs using data-driven and reduced-physics models: a comparative study. NEURAL COMPUTING & APPLICATIONS , vol.28, no.7 , 1729-1743.
Artun, E., (2017). Characterizing interwell connectivity in waterflooded reservoirs using data-driven and reduced-physics models: a comparative study. NEURAL COMPUTING & APPLICATIONS , vol.28, no.7, 1729-1743.
Artun, Emre. "Characterizing interwell connectivity in waterflooded reservoirs using data-driven and reduced-physics models: a comparative study," NEURAL COMPUTING & APPLICATIONS , vol.28, no.7, 1729-1743, 2017
Artun, Emre. "Characterizing interwell connectivity in waterflooded reservoirs using data-driven and reduced-physics models: a comparative study." NEURAL COMPUTING & APPLICATIONS , vol.28, no.7, pp.1729-1743, 2017
Artun, E. (2017) . "Characterizing interwell connectivity in waterflooded reservoirs using data-driven and reduced-physics models: a comparative study." NEURAL COMPUTING & APPLICATIONS , vol.28, no.7, pp.1729-1743.
@article{article, author={Emre Artun}, title={Characterizing interwell connectivity in waterflooded reservoirs using data-driven and reduced-physics models: a comparative study}, journal={NEURAL COMPUTING & APPLICATIONS}, year=2017, pages={1729-1743} }