A. M. Pinar Et Al. , "Statistical assessment of counter-flow vortex tube performance for different nozzle numbers, cold mass fractions, and inlet pressures via taguchi method," Experimental Heat Transfer , vol.22, no.4, pp.271-282, 2009
Pinar, A. M. Et Al. 2009. Statistical assessment of counter-flow vortex tube performance for different nozzle numbers, cold mass fractions, and inlet pressures via taguchi method. Experimental Heat Transfer , vol.22, no.4 , 271-282.
Pinar, A. M., Uluer, O., & Kirmaci, V., (2009). Statistical assessment of counter-flow vortex tube performance for different nozzle numbers, cold mass fractions, and inlet pressures via taguchi method. Experimental Heat Transfer , vol.22, no.4, 271-282.
Pinar, A., ONURALP ULUER, And V. Kirmaci. "Statistical assessment of counter-flow vortex tube performance for different nozzle numbers, cold mass fractions, and inlet pressures via taguchi method," Experimental Heat Transfer , vol.22, no.4, 271-282, 2009
Pinar, A. M. Et Al. "Statistical assessment of counter-flow vortex tube performance for different nozzle numbers, cold mass fractions, and inlet pressures via taguchi method." Experimental Heat Transfer , vol.22, no.4, pp.271-282, 2009
Pinar, A. M. Uluer, O. And Kirmaci, V. (2009) . "Statistical assessment of counter-flow vortex tube performance for different nozzle numbers, cold mass fractions, and inlet pressures via taguchi method." Experimental Heat Transfer , vol.22, no.4, pp.271-282.
@article{article, author={A. M. Pinar Et Al. }, title={Statistical assessment of counter-flow vortex tube performance for different nozzle numbers, cold mass fractions, and inlet pressures via taguchi method}, journal={Experimental Heat Transfer}, year=2009, pages={271-282} }