Z. Gemici And M. Budakli, "Numerical study of the intensification of single-phase heat transfer in a sandwich-like channel using staggered miniature-pin fins," NUMERICAL HEAT TRANSFER; PART A: APPLICATIONS , vol.85, no.9, pp.1399-1432, 2024
Gemici, Z. And Budakli, M. 2024. Numerical study of the intensification of single-phase heat transfer in a sandwich-like channel using staggered miniature-pin fins. NUMERICAL HEAT TRANSFER; PART A: APPLICATIONS , vol.85, no.9 , 1399-1432.
Gemici, Z., & Budakli, M., (2024). Numerical study of the intensification of single-phase heat transfer in a sandwich-like channel using staggered miniature-pin fins. NUMERICAL HEAT TRANSFER; PART A: APPLICATIONS , vol.85, no.9, 1399-1432.
Gemici, Zafer, And Mete Budakli. "Numerical study of the intensification of single-phase heat transfer in a sandwich-like channel using staggered miniature-pin fins," NUMERICAL HEAT TRANSFER; PART A: APPLICATIONS , vol.85, no.9, 1399-1432, 2024
Gemici, Zafer And Budakli, Mete. "Numerical study of the intensification of single-phase heat transfer in a sandwich-like channel using staggered miniature-pin fins." NUMERICAL HEAT TRANSFER; PART A: APPLICATIONS , vol.85, no.9, pp.1399-1432, 2024
Gemici, Z. And Budakli, M. (2024) . "Numerical study of the intensification of single-phase heat transfer in a sandwich-like channel using staggered miniature-pin fins." NUMERICAL HEAT TRANSFER; PART A: APPLICATIONS , vol.85, no.9, pp.1399-1432.
@article{article, author={Zafer GEMİCİ And author={Mete Budakli}, title={Numerical study of the intensification of single-phase heat transfer in a sandwich-like channel using staggered miniature-pin fins}, journal={NUMERICAL HEAT TRANSFER; PART A: APPLICATIONS}, year=2024, pages={1399-1432} }