tabla del coeficiente f en hidraulica
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FACTOR DE FRICCION EN ZONAS DE TURBULENCIA COMPLET DIAMETRO .1/8 0.004572 1,5*10^-6 3048.000 .1/4 0.007036 1,5*10^-6 4690.667 .3/8 0.01021 1,5*10^-6 6806.667 .1/2 0.01339 1,5*10^-6 8926.667 .5/8 0.01656 1,5*10^-6 11040.000 .3/4 0.01892 1,5*10^-6 12613.333 1 0.02527 1,5*10^-6 16846.667 1.1/4 0.03162 1,5*10^-6 21080.000 1.1/2 0.03762 1,5*10^-6 25080.000 2 0.04976 1,5*10^-6 33173.333 2.1/2 0.06185 1,5*10^-6 41233.333 3 0.07384 1,5*10^-6 49226.667 3.1/2 0.08598 1,5*10^-6 57320.000 4 0.09797 1,5*10^-6 65313.333 5 0.122 1,5*10^-6 81333.333 TAMAÑO DEL CONDUCTO RUGOSIDAD DE CONDUCTO(Ԑ) RUGOSIDAD (RR)
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tabla complemento de las tablas de mott hidraulica aplicada listo para plicar y calcular
Transcript of tabla del coeficiente f en hidraulica
Hoja1FACTOR DE FRICCION EN ZONAS DE TURBULENCIA COMPLETA PARA COBRE TIPO KFACTOR DE FRICCION EN ZONAS DE TURBULENCIA COMPLETA PARA HIERRO DUCTIL FUNDIDO SIN REVESTIR
TAMAO DEL CONDUCTODIAMETRORUGOSIDAD DE CONDUCTO()RUGOSIDAD(RR)NUMERO DE REYNOLD(NR)FACTOR DE FRICCION TAMAO DEL CONDUCTODIAMETRORUGOSIDAD DE CONDUCTO()RUGOSIDAD(RR)NUMERO DE REYNOLD(NR)FACTOR DE FRICCION
.1/80.0045721,5*10^-63048.0001*10^80.015230.08432,4*10^-4351.2501*10^80.0258.1/40.0070361,5*10^-64690.6671*10^80.013940.10412,4*10^-4433.7501*10^80.0243.3/80.010211,5*10^-66806.6671*10^80.012960.1562,4*10^-4650.0001*10^80.0219.1/20.013391,5*10^-68926.6671*10^80.012380.2092,4*10^-4870.8331*10^80.0203.5/80.016561,5*10^-611040.0001*10^80.0118100.25962,4*10^-41081.6671*10^80.0193.3/40.018921,5*10^-612613.3331*10^80.0115120.31092,4*10^-41295.4171*10^80.018510.025271,5*10^-616846.6671*10^80.0109140.37162,4*10^-41548.3331*10^80.01771.1/40.031621,5*10^-621080.0001*10^80.0105160.42472,4*10^-41769.5831*10^80.01721.1/20.037621,5*10^-625080.0001*10^80.0102180.47652,4*10^-41985.4171*10^80.016720.049761,5*10^-633173.3331*10^80.0097200.52882,4*10^-42203.3331*10^80.01642.1/20.061851,5*10^-641233.3331*10^80.0094240.63142,4*10^-42630.8331*10^80.015730.073841,5*10^-649226.6671*10^80.00913.1/20.085981,5*10^-657320.0001*10^80.008940.097971,5*10^-665313.3331*10^80.008750.1221,5*10^-681333.3331*10^80.0085
Hoja2FACTOR DE FRICCION EN ZONAS DE TURBULENCIA COMPLETA PARA HIERRO DUCTIL FUNDIDO REVESTIDOFACTOR DE FRICCION EN ZONAS DE TURBULENCIA COMPLETA PARA ACERO CALIBRE 40FACTOR DE FRICCION EN ZONAS DE TURBULENCIA COMPLETA PARA ACERO CALIBRE 80
TAMAO DEL CONDUCTODIAMETRORUGOSIDAD DE CONDUCTO()RUGOSIDAD(RR)NUMERO DE REYNOLD(NR)FACTOR DE FRICCION TAMAO DEL CONDUCTODIAMETRORUGOSIDAD DE CONDUCTO()RUGOSIDAD(RR)NUMERO DE REYNOLD(NR)FACTOR DE FRICCION TAMAO DEL CONDUCTODIAMETRO(m)RUGOSIDAD DE CONDUCTO()RUGOSIDAD(RR)NUMERO DE REYNOLD(NR)FACTOR DE FRICCION
30.08431,2*10^-4702.5001*10^80.0214.1/80.00684.6*10^-5147.8261*10^80.0334.1/80.00554.6*10^-5119.5651*10^80.035740.10411,2*10^-4867.5001*10^80.0203.1/40.00924.6*10^-5200.0001*10^80.0304.1/40.00774.6*10^-5167.3911*10^80.032160.1561,2*10^-41300.0001*10^80.0184.3/80.01254.6*10^-5271.7391*10^80.0277.3/80.01074.6*10^-5232.6091*10^80.029080.2091,2*10^-41741.6671*10^80.0172.1/20.01584.6*10^-5343.4781*10^80.0259.1/20.01394.6*10^-5302.1741*10^80.0269100.25961,2*10^-42163.3331*10^80.0164.3/40.02094.6*10^-5454.3481*10^80.0240.3/40.01884.6*10^-5408.6961*10^80.0247120.31091,2*10^-42590.8331*10^80.015810.02664.6*10^-5578.2611*10^80.022510.02434.6*10^-5528.2611*10^80.0231140.37161,2*10^-43096.6671*10^80.01521.1/40.03514.6*10^-5763.0431*10^80.02101.1/40.03254.6*10^-5706.5221*10^80.0214160.42471,2*10^-43539.1671*10^80.01481.1/20.04094.6*10^-5889.1301*10^80.02021.1/20.03814.6*10^-5828.2611*10^80.0206180.47651,2*10^-43970.8331*10^80.014420.05254.6*10^-51141.3041*10^80.019020.04934.6*10^-51071.7391*10^80.0193200.52881,2*10^-44406.6671*10^80.01412.1/20.06274.6*10^-51363.0431*10^80.01822.1/20.0594.6*10^-51282.6091*10^80.0185240.63141,2*10^-45261.6671*10^80.013630.07794.6*10^-51693.4781*10^80.017330.07374.6*10^-51602.1741*10^80.01763.1/20.09014.6*10^-51958.6961*10^80.01683.1/20.08544.6*10^-51856.5221*10^80.017040.10234.6*10^-52223.9131*10^80.016340.09724.6*10^-52113.0431*10^80.016550.12824.6*10^-52786.9571*10^80.015550.12234.6*10^-52658.6961*10^80.015760.15414.6*10^-53350.0001*10^80.014960.14634.6*10^-53180.4351*10^80.015180.20274.6*10^-54406.5221*10^80.014180.19374.6*10^-54210.8701*10^80.0142100.25454.6*10^-55532.6091*10^80.0135100.24294.6*10^-55280.4351*10^80.0136120.30324.6*10^-56591.3041*10^80.0130120.2894.6*10^-56282.6091*10^80.0131140.33344.6*10^-57247.8261*10^80.0128140.31754.6*10^-56902.1741*10^80.0129160.3814.6*10^-58282.6091*10^80.0124160.36364.6*10^-57904.3481*10^80.0126180.42874.6*10^-59319.5651*10^80.0122180.40964.6*10^-58904.3481*10^80.0123200.47794.6*10^-510389.1301*10^80.0119200.45564.6*10^-59904.3481*10^80.0120240.57474.6*10^-512493.4781*10^80.0115240.54774.6*10^-511906.5221*10^80.0116
Hoja3FACTOR DE FRICCION EN ZONAS DE TURBULENCIA COMPLETA PARA ACERO ESTANDAR
TAMAO DEL CONDUCTODIAMETRORUGOSIDAD DE CONDUCTO()RUGOSIDAD(RR)NUMERO DE REYNOLD(NR)FACTOR DE FRICCION
.1/80.0014731.8*10^-30.8181*10^81.0800.3/160.0030611.8*10^-31.7011*10^80.3918.1/40.00421651.8*10^-32.3431*10^80.2842.5/160.0058041.8*10^-33.2241*10^80.2157.3/80.00739151.8*10^-34.1061*10^80.1790.1/20.0098051.8*10^-35.4471*10^80.1469.5/80.012981.8*10^-37.2111*10^80.1229.3/40.0161551.8*10^-38.9751*10^80.1080.7/80.019331.8*10^-310.7391*10^80.097810.021641.8*10^-312.0221*10^80.09201.1/40.027991.8*10^-315.5501*10^80.08071.1/20.034341.8*10^-319.0781*10^80.07311.3/40.040691.8*10^-322.6061*10^80.067620.047041.8*10^-326.1331*10^80.0634
