Munson B.R. Fundamentals of Fluid Mechanics

Подождите немного. Документ загружается.

Index of Fluids Phenomena Videos

Available on www.wiley.com/college/munson

Use the registration code included with this new text to access the videos.

V1.1

Mt. St. Helens

Eruption

V2.3

Bourdon gage

V1.2

E coli swimming

V1.3

Viscous fluids

V1.4

No-slip condition

V1.5

Capillary tube vis-

cometer

V1.6

Non-Newtonian

behavior

V1.7

Water balloon

V1.8

As fast as a speeding

bullet

V1.9

Floating razor blade

V1.10

Capillary rise

V2.1

Pressure on a car

V2.2

Blood pressure meas-

urement

V2.4

Hoover dam

V2.5

Pop bottle

V2.6

Atmospheric

buoyancy

V2.7

Cartesian Diver

V2.8

Hydrometer

V2.9

Stability of a floating

cube

V2.10

Stability of a model

barge

V3.1

Streamlines past an

airfoil

V3.2

Balancing ball

V3.3

Flow past a biker

V3.4

Hydrocyclone sepa-

rator

V3.7

Stagnation point flow

V3.8

Airspeed indicator

V3.9

Flow from a tank

V3.10

Venturi channel

V3.11

Oscillations in a

U-tube

V3.12

Flow over a cavity

V4.1

Streaklines

V4.2

Velocity field

V4.3

Cylinder-velocity

vectors

V4.4

Follow the particles

(experiment)

V4.5

Follow the particles

(computer)

V4.6

Flow past a wing

V4.7

Flow types

V3.5

Aircraft wing tip

vortex

V3.6

Free vortex

JWCL068_ind video_VI-1-VI-9.qxd 11/12/08 11:05 AM Page VI-1

V4.8

Jupiter red spot

V4.9

Streamlines

V4.10

Streaklines

V4.11

Pathlines

V4.12

Unsteady flow

V4.13

Streamline coordi-

nates

V5.1

Sink flow

V5.2

Shop vac filter

V5.3

Flow through a con-

traction

V5.4

Smokestack plume

momentum

V5.6

Force due to a water

jet

V5.7

Running on water

V5.8

Fire hose

V5.9

Jelly fish

V5.10

Rotating lawn sprin-

kler

V5.11

Impulse-type lawn

sprinkler

V5.12

Pelton wheel turbine

V5.13

Energy transfer

V5.14

Water plant aerator

V6.1

Spinning football-

velocity contours

V6.2

Spinning football-ve-

locity vectors

V6.3

Shear deformation

V6.4

Vortex in a beaker

V6.6

Circular cylinder

V6.7

Ellipse

V6.8

Circular cylinder

with separation

V6.9

Potential and viscous

flow

V6.10

Potential flow

V6.11

No-slip boundary

condition

V6.12

Liquid– liquid

no-slip

V6.13

Laminar flow

V6.14

Complex pipe flow

V6.15

CFD example

V7.1

Real and model flies

V7.2

Flow past a flat plate

V5.5

Marine propulsion

V6.5

Half-body

V7.3

Reynolds number

V7.4

Froude number

V7.5

Strouhal number

V7.6

Weber number

V7.7

Stokes flow

V7.8

Model airplane

V7.9

Environmental mod-

els

V7.10

Flow past an ellipse

JWCL068_ind video_VI-1-VI-9.qxd 11/12/08 11:05 AM Page VI-2

V7.11

Model of fish hatch-

ery pond

V7.12

Distorted river model

V7.13

Wind engineering

models

V7.14

Model airplane test

in water

V7.15

Large scale wind

tunnel

V7.16

Wind tunnel train

model

V7.17

River flow model

V7.19

Dam model

V7.20

Testing of large yacht

mode

V8.1

Turbulent jet

V8.2

Laminar/turbulent

pipe flow

V8.3

Intermittent turbulent

burst in pipe flow

V8.4

Stirring color into

paint

V8.5

Laminar and

turbulent mixing

V8.6

Stirring cream into

coffee

V8.7

Turbulence in a bowl

V8.8

Laminar to turbulent

flow from a pipe

V8.9

Laminar/turbulent

velocity profiles

V8.10

Entrance/exit flows

V8.11

Separated flow in a

diffuser

V8.13

Rotameter

V8.14

Water meter

V9.1

Space shuttle landing

V9.2

Streamlined and

blunt bodies

V9.3

Laminar boundary

layer

V9.4

Laminar/turbulent

transition

V9.5

Transition on flat

plate

V9.6

Snow drifts

V9.7

Skydiving practice

V9.8

Karman vortex street

V9.9

Oscillating sign

V9.10

Flow past a flat plate

V7.18

Boat model

V8.12

Car exhaust system

V9.11

Flow past an ellipse

V9.12

Jet ski

V9.13

Drag on a truck

V9.14

Automobile

streamlining

V9.15

Stalled airfoil

V9.16

Bat flying

V9.17

Trailing edge flap

V9.18

Leading edge flap

V9.19

Wing tip vortices

V10.1

Off-shore oil drilling

platform.

V10.2

Filling your car’s gas

tank.

JWCL068_ind video_VI-1-VI-9.qxd 11/12/08 11:05 AM Page VI-3

V10.3

Water strider

V10.4

Sinusoidal waves

V10.5

Bicycle through a

puddle

V10.6

Merging channels

V10.8

Erosion in a channel

V10.9

Bridge pier scouring

V10.10

Big Sioux River

bridge collapse

V10.11

Hydraulic jump in a

river

V10.12

Hydraulic jump in

a sink

V10.13

Triangular weir

V10.14

Low-head dam

V10.15

Spillway gate

V10.16

Unsteady under and

over

V11.1

Lighter flame

V11.2

Jet noise

V11.3

Speed boat

V11.4

Compressible flow

visualization

V11.6

Supersonic nozzle

flow

V11.7

Blast waves

V11.8

Two-dimensional

compressible flow

V12.1

Windmills

V12.2

Self-propelled lawn

sprinkler

V12.3

Pelton wheel lawn

sprinkler

V12.4

Dental drill

V12.5

Flow in a compressor

stage

VA .1

Pouring a liquid

VA .2

Dynamic grid

VA .3

Tornado simulation

V10.7

Uniform channel

flow

V11.5

Rocket engine

start-up

JWCL068_ind video_VI-1-VI-9.qxd 11/12/08 11:05 AM Page VI-4

JWCL068_ind video_VI-1-VI-9.qxd 11/12/08 11:05 AM Page VI-5

JWCL068_ind video_VI-1-VI-9.qxd 11/12/08 11:05 AM Page VI-6

JWCL068_ind video_VI-1-VI-9.qxd 11/12/08 11:05 AM Page VI-7

JWCL068_ind video_VI-1-VI-9.qxd 11/12/08 11:05 AM Page VI-8

JWCL068_ind video_VI-1-VI-9.qxd 11/12/08 11:05 AM Page VI-9

■ TABLE 1.3

Conversion Factors from BG and EE Units to SI

To Convert from to Multiply by

Acceleration

Area

Density

Energy Btu J

J 1.356

Force lb N 4.448

Length ft m

in. m

mile m

Mass lbm kg

slug kg

Power W 1.356

hp W

Pressure in. Hg

Specific weight

Temperature

Velocity

Viscosity (dynamic)

Viscosity (kinematic)

Volume flowrate

If more than four-place accuracy is desired, refer to Appendix E.

6.309 E ⫺ 5

Ⲑ

sgal

Ⲑ

min 1gpm2

2.832 E ⫺ 2m

Ⲑ

sft

Ⲑ

9.290 E ⫺ 2m

Ⲑ

sft

Ⲑ

4.788 E ⫹ 1N ⴢ s

Ⲑ

lb ⴢ s

Ⲑ

4.470 E ⫺ 1m

Ⲑ

smi

Ⲑ

hr 1mph2

3.048 E ⫺ 1m

Ⲑ

sft

Ⲑ

5.556 E ⫺ 1°R

⫽ 15

Ⲑ

921T

⫺ 32°2°C°F

1.571 E ⫹ 2N

Ⲑ

6.895 E ⫹ 3N

Ⲑ

in.

1psi2

4.788 E ⫹ 1N

Ⲑ

1psf2

3.377 E ⫹ 3N

Ⲑ

160 °F2

7.457 E ⫹ 2

ft ⴢ lb

Ⲑ

1.459 E ⫹ 1

4.536 E ⫺ 1

1.609 E ⫹ 3

2.540 E ⫺ 2

3.048 E ⫺ 1

ft ⴢ lb

1.055 E ⫹ 3

5.154 E ⫹ 2kg

Ⲑ

slugs

Ⲑ

1.602 E ⫹ 1kg

Ⲑ

lbm

Ⲑ

9.290 E ⫺ 2m

3.048 E ⫺ 1m

Ⲑ

Units

back covers.qxd 9/5/08 11:16 AM Page 2