Lecturas del EquipoQ(m3/s) H1 H2 HL=H1-H2

1 2.22 0.144 0.156 -0.0122 3.33 0.130 0.152 0.0223 3.89 0.186 0.09 0.0964 4.44 0.116 0.15 0.0345 5.00 0.138 0.18 0.042

Fluido agua

Material: pvc

Diámetro: 0.019m

L=0.3m

Viscosidad: 8.94x10-7

Rugosidad: 3.0x10-7

T:25◦C

Cálculos v NR Tipo de flujo D/ɛ f HL

0.78 7.12 x105 Turbulento 63333 0.027 0.0131.17 9.25 x105 Turbulento 63333 0.024 0.0261.36 1.13 x106 Turbulento 63333 0.023 0.0341.56 1.42 x106 Turbulento 63333 0.022 0.0431.76 1.63 x106 Turbulento 63333 0.022 0.054

NR=ʋDɳ

=( 0.78ms )(0.019m)

8.94 x 10−7m2

s

=16583

NR=ʋDɳ

=( 1.17ms )(0.019m )

8.94 x 10−7m2

s

=24949

NR=ʋDɳ

=( 1.36ms )(0.019m )

8.94 x 10−7m2

s

=29001

NR=ʋDɳ

=( 1.56ms )(0.019m )

8.94 x 10−7m2

s

=33266

NR=ʋDɳ

=( 1.76ms )(0.019m )

8.94 x 10−7m2

s

=37531

Dɛ

= 0.019

3.0 x10−7=63333

HL=f LDv2

2g=0.027 0.3

0.0190.782 x 9.8

=0.013

HL=f LDv2

2g=0.024 0.3

0.0191.172x 9.8

=0.026

HL=f LDv2

2g=0.023 0.3

0.0191.362 x9.8

=0.034

HL=f LDv2

2g=0.022 0.3

0.0191.562 x9.8

=0.043

HL=f LDv2

2g=0.022 0.3

0.0191.762 x9.8

=0.054

2.22 3.33 3.89 4.44 5.550

0.01

0.02

0.03

0.04

0.05

0.06

0.013

0.026

0.034

0.043

0.054

0

0

0

0

0

0

0

0

0

0

HL experimental vs Q

Caudal

HL e

xper

imen

tal

¿Que relación encuentra entre el caudal y la perdida?

La relación es que entre mas aumenta el caudal la perdida también aumenta