SÖYLEMEZ, E. And DE BOER, M. P. 2017. Modeling Crack Healing Rates due to Capillary Bridge Nucleation Between Surfaces of Nanoscale Roughness. 2017 European Materials Research Society Spring Meeting , (Strasbourg, France).

SÖYLEMEZ, E., & DE BOER, M. P., (2017). Modeling Crack Healing Rates due to Capillary Bridge Nucleation Between Surfaces of Nanoscale Roughness . 2017 European Materials Research Society Spring Meeting, Strasbourg, France

SÖYLEMEZ, Emrecan, And Maarten P DE BOER. "Modeling Crack Healing Rates due to Capillary Bridge Nucleation Between Surfaces of Nanoscale Roughness," 2017 European Materials Research Society Spring Meeting, Strasbourg, France, 2017

SÖYLEMEZ, Emrecan And DE BOER, Maarten P. . "Modeling Crack Healing Rates due to Capillary Bridge Nucleation Between Surfaces of Nanoscale Roughness." 2017 European Materials Research Society Spring Meeting , Strasbourg, France, 2017

SÖYLEMEZ, E. And DE BOER, M. P. (2017) . "Modeling Crack Healing Rates due to Capillary Bridge Nucleation Between Surfaces of Nanoscale Roughness." 2017 European Materials Research Society Spring Meeting , Strasbourg, France.

@conferencepaper{conferencepaper, author={Emrecan Söylemez And author={Maarten P DE BOER}, title={Modeling Crack Healing Rates due to Capillary Bridge Nucleation Between Surfaces of Nanoscale Roughness}, congress name={2017 European Materials Research Society Spring Meeting}, city={Strasbourg}, country={France}, year={2017}}