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Masalah Lapangan, Bendung Penggunaan ponton Tsunami: Sendai Airport, Oarai Port, Meulaboh, Sri Lanka, Madras Aurora, Supersonic Car, Vortex Flows, Vortex Street, Airplane Vortex, Waves, Praisner, Guadalupe Island, NASA Vortex, Wakes of Piers, Trailing vortices, Hurricanes, Hydraulic jump, An airflow animation Kelvin-Helmholts: Local Simulasi Clouds Japan EESA Athena Wikipedia

Kuliah Online

Univ. of Leeds Univ. of Iowa Univ. of Illinois at Chicago Yale Fluid Dynamics India LearnersTV Univ. of Berkeley

Animasi prinsip Bernoulli
Visualisasi aliran
Stagnasi aliran (movie)
Soal di internet
Animasi Mathematica

Panduan Praktikum
Latihan
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Dasar

Tegangan Geser (65Kb pdf) Tegangan Geser 02

Manometer

Soal 1 Soal 2 Soal 3

Hidrostatika

Soal 01 (116Kb-pdf) Soal 02 Soal 03 Pintu Air Piston 01

Metasentrum

Kapal: 01 02 Kerucut: 01 02 Segitiga

Gerak relatif

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Pengaliran

Dua Kolam Tando

University of Leeds
IIHR Focus Areas
eFunda
Fluid Links
Geometri Benda

Index Area Persegi Panjang Segitiga Setengah lingkaran Lingkaran

Disclaimer
Univ. of Iowa

Index Introduction Chapter 1 Chapter 2 Chapter 3: 01, 02 Chapter 4: 01, 02 Chapter 5 Chapter 6 Chapter 7 Chapter 8 Chapter 9: 01,  02 Chapter 10 Chapter 11

Aerodynamic for kids

TOC Air Has Weight Air Velocity What is Pressure? Ruler & Paper Bag in a Jar Water in Straw Force versus Pressure Water Sprayer Flying Ping Pong Ball Sinking Paper Paper Lift The Jumping Token Lift on an Airplane Wing A Demo on Lift Drag Race Spinner Illustration of Stall Controling Airplanes Flying 101 Propeller Planes Jet Planes Planes Like Birds? Wing Design and Aspect Ratio UAS Design Competition

Subramanian

TOC Unit 1 Introduction Fluid and solid Gas and liquid Newtonian & non-Newtonian Viscosity Vapor pressure Compressibility and Bulkmodulus Surface tension Capillarity Problems Pascal's law Pressure Gauge pressure Fluid Pressure Barometers Piezo meters Manometers Simple U-tube Inverted U-tube One leg enlarged Two fluid U-tube Inclined U-tube Limitations Bourdon gauge Buoyancy Units and Dim Similarities Dim Analysis Dim-less Numbers Exercise problems Unit 2 Stream line Steady-Uniform flows Eqn of continuity Energy eqn Tank problem Momentum eqn Liquid-jet Orifice jet Water Hammer Boundary layers Flow through pipe Entry length Laminar flow Pressure drop Velocity Distr Surface roughness Non-circular pipes Curved pipes Expansion losses Contraction losses Losses fthrough fittings Flow problems Nozzles & diffusers Exercise problems Unit 3 Venturi meter Orifice meter Comparison Pitot tube Rotameter OCF measurement Elementary theory Rectangular notch V-notch Contracted weirs Submerged weirs Trapezoidal notch Unit 4 Immersed bodies Friction in flow Packed Towers Fluidization Minimum velocity Pressure Drop Fluidization Types Pneumatic transport Pump classifications Specific speed NPSH Characteristics Constructional details Cavitation Piston pumps Plunger pumps Diaphragm pump Rotary pumps Gear pumps Lobe pumps Screw pumps Airlift pump Jet pump Selection Fans and compressors Appendix: Key Contributors

Surface Tension

CCHS Wolfram Kibron KSV Robot

Hydrostatic

Force Pressure Atm. Pressure Hydrostatic law Hyd. Equilibrium

Bernoulli

Misinterpretation

Flow Phenomena

Cramer VT Gallery Home Aurora 01 02 03 04 05 06 Condensation 01 02 03 04 Shock Waves 01 02 03 04 05 06 07 08 09 10 11 12 Supersonic Cars 01 02 03 04 05 Vortex Flows 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 Waves 01 02 03 04 05 06 07 08 09 Miscellaneous 01 02 03 04 05 06 07 08 T.J. Praisner

Karman vortices

Guadalupe Island Weather Phenomena NCSA Robinson Crusoe Model: 01 02 03 04 05 06 Maarten Rutgers Vortex Street Turbulence Vertical Combs 1D Flags Shockwaves Zonal Flow Crystals Sedimentation Cesareo VK Vortex Street Impulsive Trans Disp Circular Cylinder: Fixed Re=200 Oscil Re=200 Oscil Re=1000 Side by Side Tandem Isabela Hurricane

Imaging

Water splashes 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 High speed Explode: 01 02 03 04 05 06 07 08 09 10, Supersonic: 01 02 03 04, Etc: 01 02 03 04

ITSC-CFD

Home Stability 01 02 03 04 05 06 07 Vortex 01 02 03 Gravity Waves 01 02 Fire 01 02 03 04 05 06 07 08 09 10 11 Compressible Flow 01 02 03 04 Material Transport 01 02 03 Hydraulics 01 02 03 Fire Modeling

eFluids

Gallery Tornado Hoover Dam Waves Wakes of Piers Pine Barrens fire Model Ships Trailing vortices A Wall of Water Wind Energy Building Science Delta Wing Vortex Bursting Clouds Hurricanes da Vinci vortices St. Helens Flettner Trailing Vortices A Robotic Tuna Fabric Cornu's Helicopter Cartoon on Turbulence Car trailing Vortex Flow Past a Sphere Kelvin-Helmholtz Safe Ejection Trailing vortices Rocketman Streamlining Electronic Telegraph Turbulent bore Hydraulic jump New Scientist Turbulent flow Strike Fighter B1 bomber SAABJA37 Flap vortices Wingtip vortices F-4 Phantom II An airflow animation Airfoil flows A steam train crossflow Double-helix instability Alejandro Selkirk Flow Visualization Turbulent Spot Large Eddies Near Wall Region Boundary Layer Lifting Surface Vortex-Ring Jet Flames Ethylene Flames Lifted Flames Bunsen Flame Mach 3 airflow Supersonic airflow Transonic flow upersonic gas flow Vortex Dislocations Vortex Pairs Long and Short Vortex Oblique Wave Vortex Interaction Supersonic bullet A drop of water Far-field Tree like patterns Wall pressure field Isotropic turbulence Wildfire Jet turbulence Taylor vortex Horseshoe vortex Shock-induced vortex Downwash vortices C-17 Globemaster III Wingtip vortex Arctic vortex Inner ear Turbulent mixing Two plate vortex Vortical structures Vortex rings Resonant interaction Vortex instability Cross-Shear Effects Large Wind-Turbines Convection Patterns Liquid Exploding Candle Flames Tomato explosion Shear Hardening Liquid Stretching an Okra Porsche 944 Viscoelastic Liquid

IIHR

Contents Gas/Liquid Internal/External Flows Free Surface Flow Thermal/Fluid Systems Laminar/Turbulent Flows Waves Vortices Fluids as Habitat Numerical Simulation Hydraulic Structures Flow Transport Fluid-Structure