Gürgen, A. And Yıldız, S. 2020. MODELLING WATER INTAKE PROPERTIES OF HEAT-TREATED BEECH AND SPRUCE WOOD TREATED AT DIFFERENT TEMPERATURES USING BY ARTIFICIAL NEURAL NETWORKS. Wood Industry and Engineering , vol.2, no.1 , 6-12.

Gürgen, A., & Yıldız, S., (2020). MODELLING WATER INTAKE PROPERTIES OF HEAT-TREATED BEECH AND SPRUCE WOOD TREATED AT DIFFERENT TEMPERATURES USING BY ARTIFICIAL NEURAL NETWORKS. Wood Industry and Engineering , vol.2, no.1, 6-12.

Gürgen, AYŞENUR, And SİBEL YILDIZ. "MODELLING WATER INTAKE PROPERTIES OF HEAT-TREATED BEECH AND SPRUCE WOOD TREATED AT DIFFERENT TEMPERATURES USING BY ARTIFICIAL NEURAL NETWORKS," Wood Industry and Engineering , vol.2, no.1, 6-12, 2020

Gürgen, AYŞENUR And Yıldız, SİBEL. "MODELLING WATER INTAKE PROPERTIES OF HEAT-TREATED BEECH AND SPRUCE WOOD TREATED AT DIFFERENT TEMPERATURES USING BY ARTIFICIAL NEURAL NETWORKS." Wood Industry and Engineering , vol.2, no.1, pp.6-12, 2020

Gürgen, A. And Yıldız, S. (2020) . "MODELLING WATER INTAKE PROPERTIES OF HEAT-TREATED BEECH AND SPRUCE WOOD TREATED AT DIFFERENT TEMPERATURES USING BY ARTIFICIAL NEURAL NETWORKS." Wood Industry and Engineering , vol.2, no.1, pp.6-12.

@article{article, author={AYŞENUR GÜRGEN And author={SİBEL YILDIZ}, title={MODELLING WATER INTAKE PROPERTIES OF HEAT-TREATED BEECH AND SPRUCE WOOD TREATED AT DIFFERENT TEMPERATURES USING BY ARTIFICIAL NEURAL NETWORKS}, journal={ Wood Industry and Engineering}, year=2020, pages={6-12} }