id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
cet-12536		cet-12536		6	.pdf	application/pdf	3534	190	53	Reynolds number Friction factor Head loss (m) 1)From compressor outlet (6 mm inner diameter hose) 15 1,23 1.79 E-05 74.68 44.01 2,56 E+04 1.87E-2 615.70 20 1,20 1.81 E-05 74.03 43.64 2.48 E+04 1.88E-2 609.60 25 1,18 1.83 E-07 73.41 43.27 2.38 E+04 1.89E-2 600.46 2) From air pipe (20 mm inner diameter) 15 1,23 1.79 E-05 74.68 3,92 7.65 E+03 3.33E-2 5.60 20 1,20 1.81 E-05 74.03 3.88 7.37 E+03 3.34E-2 5.53 25 1,18 1.83 E-07 73.41 3.85 7.11 E+03 3.38E-2 5.50 Table 2: Total energy loss and pressure drop in the air distribution system. 𝒎 (2) In this equation, v is air velocity calculated with the relation between the inner pipe area and the airflow measured with a flowmeter at different points as is shown in image B in Figure 1.	cache/cet-12536.pdf	txt/cet-12536.txt