tuberias ramificadas ej 1
DESCRIPTION
asTRANSCRIPT
hf 0.5606524 V1 1.76484419
f 1 f 0.016L 11 L 4000V 1 hf 10D 1 D 1.0162g 19.62 2g 19.62
e 0.0004 v 0.000001
L1 4000 m = 4000 mD1 40 pulg = 1.016 mZ1 50 m = 50 mE/D1 = 0.0003937
L2 1500 m = 1500 mD2 18 pulg = 0.4572 mZ2 35 m = 35 mE/D2 0.00087489
L3 2000 m = 2000 mD3 24 pulg = 0.6096 mZ3 30 m = 30 mE/D3 0.00065617
j 40
β_π=πβ(πΏβπ^2)/(π·β2π)β_π=πβ(πΏβπ^2)/(π·β2π)
π= β( _ ( 2 )/( ))β πβ π·β π πβπΏ
V2 1.25448417 V3 1.82272324
f 0.019 f 0.018L 1500 L 2000hf 5 hf 10D 0.4572 D 0.60962g 19.62 2g 19.62
f1 0.016 f1 0.0165V1 1.76 m/s V1 1.73 m/sR1 1.8E+06 Q1 1.40185526 m3/s
+
f2 0.019 f2 0.019V2 1.25 m/s V2 1.25 m/sR2 5.7E+05 Q2 0.20511249 m3/s
-
f3 0.018 f3 0.018V3 1.82 m/s V3 1.82 m/sR3 1.1E+06 Q3 0.53092229 m3/s
-
Q 0.66582047
hf 0.5606524 V1 1.22887976
f 1 f 0.0165L 11 L 4000V 1 hf 5D 1 D 1.0162g 19.62 2g 19.62
e 0.0004 v 0.000001
L1 4000 m = 4000 mD1 40 pulg = 1.016 mZ1 50 m = 50 mE/D1 = 0.0003937
L2 1500 m = 1500 mD2 18 pulg = 0.4572 mZ2 35 m = 35 mE/D2 0.00087489
L3 2000 m = 2000 mD3 24 pulg = 0.6096 mZ3 30 m = 30 mE/D3 0.00065617
45
β_π=πβ(πΏβπ^2)/(π·β2π)β_π=πβ(πΏβπ^2)/(π·β2π)
π= β( _ ( 2 )/( ))β πβ π·β π πβπΏ
V2 1.77410852 V3 2.23237094
f 0.019 f 0.018L 1500 L 2000hf 10 hf 15D 0.4572 D 0.60962g 19.62 2g 19.62
f1 0.016 f1 0.0165V1 1.25 m/s V1 1.23 m/sR1 1.3E+06 Q1 0.99669478 m3/s
f2 0.019 f2 0.019V2 1.77 m/s V2 1.77 m/sR2 8.1E+05 Q2 0.29043929 m3/s
f3 0.018 f3 0.018V3 2.23 m/s V3 2.23 m/sR3 1.4E+06 Q3 0.65052567 m3/s
Q 0.05572982
hf 0.5606524 V1 1.09914347
f 1 f 0.0165L 11 L 4000V 1 hf 4D 1 D 1.0162g 19.62 2g 19.62
e 0.0004 v 0.000001
L1 4000 m = 4000 mD1 40 pulg = 1.016 mZ1 50 m = 50 mE/D1 = 0.0003937
L2 1500 m = 1500 mD2 18 pulg = 0.4572 mZ2 35 m = 35 mE/D2 0.00087489
L3 2000 m = 2000 mD3 24 pulg = 0.6096 mZ3 30 m = 30 mE/D3 0.00065617
46
β_π=πβ(πΏβπ^2)/(π·β2π)β_π=πβ(πΏβπ^2)/(π·β2π)
π= β( _ ( 2 )/( ))β πβ π·β π πβπΏ
V2 1.86070072 V3 2.30558279
f 0.019 f 0.018L 1500 L 2000hf 11 hf 16D 0.4572 D 0.60962g 19.62 2g 19.62
f1 0.016 f1 0.0165V1 1.11 m/s V1 1.09 m/sR1 1.1E+06 Q1 0.88324985 m3/s
f2 0.019 f2 0.019V2 1.86 m/s V2 1.86 m/sR2 8.5E+05 Q2 0.30520739 m3/s
f3 0.018 f3 0.018V3 2.3 m/s V3 2.44 m/sR3 1.4E+06 Q3 0.71178593 m3/s
Q -0.13374347
hf 0.5606524 V1 1.18389347
f 1 f 0.016L 11 L 4000V 1 hf 4.5D 1 D 1.0162g 19.62 2g 19.62
e 0.0004 v 0.000001
L1 4000 m = 4000 mD1 40 pulg = 1.016 mZ1 50 m = 50 mE/D1 = 0.0003937
L2 1500 m = 1500 mD2 18 pulg = 0.4572 mZ2 35 m = 35 mE/D2 0.00087489
L3 2000 m = 2000 mD3 24 pulg = 0.6096 mZ3 30 m = 30 mE/D3 0.00065617
45.5
β_π=πβ(πΏβπ^2)/(π·β2π)β_π=πβ(πΏβπ^2)/(π·β2π)
π= β( _ ( 2 )/( ))β πβ π·β π πβπΏ
V2 1.81792027 V3 2.26927213
f 0.019 f 0.018L 1500 L 2000hf 10.5 hf 15.5D 0.4572 D 0.60962g 19.62 2g 19.62
f1 0.016 f1 0.016V1 1.183 m/s V1 1.183 m/sR1 1.2E+06 Q1 0.9586097 m3/s
f2 0.019 f2 0.019V2 1.817 m/s V2 1.817 m/sR2 8.3E+05 Q2 0.29815152 m3/s
f3 0.018 f3 0.018V3 2.269 m/s V3 2.269 m/sR3 1.4E+06 Q3 0.66190257 m3/s
Q -0.0014444
hf 0.5606524 V1 1.18520818
f 1 f 0.016L 11 L 4000V 1 hf 4.51D 1 D 1.0162g 19.62 2g 19.62
e 0.0004 v 0.000001
L1 4000 m = 4000 mD1 40 pulg = 1.016 mZ1 50 m = 50 mE/D1 = 0.0003937
L2 1500 m = 1500 mD2 18 pulg = 0.4572 mZ2 35 m = 35 mE/D2 0.00087489
L3 2000 m = 2000 mD3 24 pulg = 0.6096 mZ3 30 m = 30 mE/D3 0.00065617
45.49
β_π=πβ(πΏβπ^2)/(π·β2π)β_π=πβ(πΏβπ^2)/(π·β2π)
π= β( _ ( 2 )/( ))β πβ π·β π πβπΏ
V2 1.81705439 V3 2.26853999
f 0.019 f 0.018L 1500 L 2000hf 10.49 hf 15.49D 0.4572 D 0.60962g 19.62 2g 19.62
f1 0.016 f1 0.016V1 1.18520818 m/s V1 1.18520818 m/sR1 1.2E+06 Q1 0.96039903 m3/s 960 l/s
f2 0.019 f2 0.019V2 1.81705439 m/s V2 1.81705439 m/sR2 8.3E+05 Q2 0.29816044 m3/s 298 l/s
f3 0.018 f3 0.018V3 2.26853999 m/s V3 2.26853999 m/sR3 1.4E+06 Q3 0.66176838 m3/s 662 l/s
Q 0.0004702 0 l/s
ch 120 hj
L1 4000 m = 4000 m hpD1 40 pulg = 1.016 m Q1Z1 50 m = 50 m
L2 1500 m = 1500 m hpD2 18 pulg = 0.4572 m Q2Z2 35 m = 35 m
L3 2000 m = 2000 m hpD3 24 pulg = 0.6096 m Q3Z3 30 m = 30 m
Q
πΈ= . _ ^( . ) ^( . )π ππππβπͺ π―βπ« π ππ βπΊ π ππ
40
101.37145138
50.19615358
100.52032465
0.65497314
πΈ= . _ ^( . ) ^( . )π ππππβπͺ π―βπ« π ππ βπΊ π ππ
ch 120 hf
L1 4000 m = 4000 m hpD1 40 pulg = 1.016 m Q1Z1 50 m = 50 m
L2 1500 m = 1500 m hpD2 18 pulg = 0.4572 m Q2Z2 35 m = 35 m
L3 2000 m = 2000 m hpD3 24 pulg = 0.6096 m Q3Z3 30 m = 30 m
Q
πΈ= . _ ^( . ) ^( . )π ππππβπͺ π―βπ« π ππ βπΊ π ππ
45
50.94324436
100.28520192
150.64768476
0.01035768
πΈ= . _ ^( . ) ^( . )π ππππβπͺ π―βπ« π ππ βπΊ π ππ
ch 120 hf
L1 4000 m = 4000 m hpD1 40 pulg = 1.016 m Q1Z1 50 m = 50 m
L2 1500 m = 1500 m hpD2 18 pulg = 0.4572 m Q2Z2 35 m = 35 m
L3 2000 m = 2000 m hpD3 24 pulg = 0.6096 m Q3Z3 30 m = 30 m
Q
πΈ= . _ ^( . ) ^( . )π ππππβπͺ π―βπ« π ππ βπΊ π ππ
46
40.83616659
110.30026485
160.67065504
-0.1347533
πΈ= . _ ^( . ) ^( . )π ππππβπͺ π―βπ« π ππ βπΊ π ππ
ch 120 hf
L1 4000 m = 4000 m hpD1 40 pulg = 1.016 m Q1Z1 50 m = 50 m
L2 1500 m = 1500 m hpD2 18 pulg = 0.4572 m Q2Z2 35 m = 35 m
L3 2000 m = 2000 m hpD3 24 pulg = 0.6096 m Q3Z3 30 m = 30 m
Q
πΈ= . _ ^( . ) ^( . )π ππππβπͺ π―βπ« π ππ βπΊ π ππ
45.1
4.90.93301
10.10.28673848
15.10.65001287
-0.00374135
πΈ= . _ ^( . ) ^( . )π ππππβπͺ π―βπ« π ππ βπΊ π ππ
ch 120 hf
L1 4000 m = 4000 m hpD1 40 pulg = 1.016 m Q1Z1 50 m = 50 m
L2 1500 m = 1500 m hpD2 18 pulg = 0.4572 m Q2Z2 35 m = 35 m
L3 2000 m = 2000 m hpD3 24 pulg = 0.6096 m Q3Z3 30 m = 30 m
Q
Q
πΈ= . _ ^( . ) ^( . )π ππππβπͺ π―βπ« π ππ βπΊ π ππ
45.07
4.930.93609031 936 l/s V 1.2309361
10.070.28627825 286 l/s V 0.07623092
15.070.64931518 650 l/s V 0.30738015
0.00049688
0 l/s
πΈ= . _ ^( . ) ^( . )π ππππβπͺ π―βπ« π ππ βπΊ π ππ