PROCEDIMIENTO METODO DUKLERDATOS:

Vsg = 4.09 ft/s NLV= 3.02VsL = 2.65 ft/s. o = 18 cpD = 0.249 ft. g = 0.018 cpYL = 56.6 lbm/ft. FTP = 0.464Yg = 2.84 lbm/ft. HL = 0.49748A = 0.048695 ft2

PROCEDIMIENTO.HL = 0.49748PK = + PK = PK = 23.4929 lbm/ft3Vm = VSL + VSG = (2.65)+(4.09)Vm = 6.74 ft/sn =L L + gg = [18(0.3931) + (0.018)(1-0.3931)]n = 7.0867 cpNRek = 1488NRek = 8278.5327

De la figura 4.4 Beggs and Brill

HL es aproximado a 0.49748Fn = 0.0056 +0.5NRek-0.32Fn = 0.0056 + 0.5(8278.5327)-0.32 = 0.00334

De la figura 4.3 (Beggs and Brill) tenemos que:

Cuando:y= -In(L)Entonces: