Günay, T. Et Al. 2023. A posterior hybrid ML optimization to analyze the relationship between high temperature rheological factors of the Superpave PG and improved PG + asphalt specifications. CONSTRUCTION AND BUILDING MATERIALS , no.401 , 1-12.

Günay, T., Katanalp, B. Y., Taştan, M., & Ahmedzade, P., (2023). A posterior hybrid ML optimization to analyze the relationship between high temperature rheological factors of the Superpave PG and improved PG + asphalt specifications. CONSTRUCTION AND BUILDING MATERIALS , no.401, 1-12.

Günay, Taylan Et Al. "A posterior hybrid ML optimization to analyze the relationship between high temperature rheological factors of the Superpave PG and improved PG + asphalt specifications," CONSTRUCTION AND BUILDING MATERIALS , no.401, 1-12, 2023

Günay, Taylan Et Al. "A posterior hybrid ML optimization to analyze the relationship between high temperature rheological factors of the Superpave PG and improved PG + asphalt specifications." CONSTRUCTION AND BUILDING MATERIALS , no.401, pp.1-12, 2023

Günay, T. Et Al. (2023) . "A posterior hybrid ML optimization to analyze the relationship between high temperature rheological factors of the Superpave PG and improved PG + asphalt specifications." CONSTRUCTION AND BUILDING MATERIALS , no.401, pp.1-12.

@article{article, author={Taylan Günay Et Al. }, title={A posterior hybrid ML optimization to analyze the relationship between high temperature rheological factors of the Superpave PG and improved PG + asphalt specifications}, journal={CONSTRUCTION AND BUILDING MATERIALS}, year=2023, pages={1-12} }