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Mekanika Fluida
Disclaimer
Data Dosen (Kartu Nama)
Curriculum Vitae

Indonesia (pdf)
English (pdf)
Singkat

Acara Perkuliahan
SAP/RPKPS

S1

2016 2009

Materi Utama

Topik Kuliah
Jadual Kuliah
Buku Acuan (Utama)
Sifat Cairan

4,6 MB pdf
Citra:
01 02 03 04 05 06 07 08

Tekanan Cairan

1,6 MB pdf
Citra:
01 02 03

Hidrostatika

15 MB pdf
Citra:
01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22

Bidang Terendam: flip pdf
Metasentrum: flip pdf video (URL)
Gerak relatif (
6,5MB pdf)
Kinematika Aliran (
3,6MB pdf)
Ringkasan Kuliah 1983
Pengaliran dalam Pipa 1984

Materi Pendamping

Satuan Dasar

1 Newton 1 kg force
Redefinisi 1 kg force

NIST
Wikipedia
NIST: Kibble balance
Wikipedia: Kibble balance
Washington Post
BBC

Tegangan Permukaan

Lalat di permukaan air
BBC Earth Lab (URL)
CCHS
Wolfram
Kibron
KSV
Robot

Prinsip Momentum

Kalung Rantai Baja
Video URL: 01 02
Jet air (URL)

Hukum Bernoulli

Lockheed SR 71 Blackbird
An airflow animation
Understanding Bernoulli's Equation (URL)
Lift and Wings (URL)
Faster top velocity (URL)
Coanda Effect (URL)
Research on Foils (URL)
Designing Sailing Foil (URL)
The Flying Sailing Boat (URL)

Metasentrum

Magic Marks (URL)
Wikipedia
Engineering Without Manual (URL)

Pusaran von Karman

Danau Turki
Awan di planet Jupiter
Pulau Aleutian Alaska (jpg)
Pulau Guadalupe
Pulau Canary
Pulau Jan Mayen
Pulau Juan Fernández
Von Karman Vortex Street (URL)
Mekanika Fluida Komputasi
Planet Jupiter dan Bumi

NASA

Percobaan Galileo Benda Jatuh (lokal)
Minnesota: 10.000 Danau
Pusaran von Karman Pulau Cape Verde
Pusaran von Karman Pulau Madeira
Pusaran von Karman Pulau Aleutian
Pusaran von Karman Mei & Juni 2017
Teluk Rupert, Quebec
Pulau Amsterdam
Pulau Visokoi
Pulau Helena
Pulau Fernandez
Pier Pelabuhan Progreso
Gelombang Kejut Supersonik:
01 02

MF in Action

Aliran laminer dari keran air
Masalah Lapangan, Bendung
Penggunaan ponton
Tsunami: Sendai Airport, Oarai Port, Meulaboh, Sri Lanka, Madras
10 th evolusi garis pantai Aceh
Aurora, Supersonic Car, Vortex Flows, Airplane Vortex, Waves, Praisner, NASA Vortex, Wakes of Piers, Trailing vortices, Hurricanes, Hydraulic jump, Pusaran sinkhole
Kelvin-Helmholts:
Local Simulasi Clouds Japan EESA Athena Wikipedia
Visualisasi pusaran renik

Kuliah Online

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

Soal di internet
Animasi Mathematica

Poster

Mekanika Fluida
Bidang Terendam
10 th Perubahan Pantai Aceh
Tsunami Aceh 26 Des 2004-2014

Tugas & Praktikum

Panduan Praktikum
Surat Puas Praktikum
Praktikum Masa COVID-19

Praktikum masa COVID-19
Surat Puas 2020

Daftar Peserta dan Surat Puas
001 002 003 004 005 006 007 008 009 010 011 012 013 014 015 016 017 018 019 020 021 022 023 024 025 026 027 028 029 030 031 032 033 034 035 036 037 038 039 040 041 042 043 044 045 046 047 048 049 050 051 052 053 054 055 056 057 058 059 060 061 062 063 064 065 066 067 068 069 070 071 072 073 074 075 076 077 078 079 080 081 082 083 084 085 086 087 088 089 090 091 092 093 094 095 096 097 098 099 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144

Presensi Praktikum

2015

Latihan
University of Texas at Arlington

Applied Fluid Mechanics Lab Manual (local)
Manuals:

01: Hydrostatic Pressure
02:
Bernoulli's Theorem Demonstration
03:
Energy Loss in Pipe Fittings
04:
Energy Loss in Pipes
05:
Impact of a Jet
06:
Orifice and Free Jet Flow
07:
Osborne Reynolds' Demonstration
08:
Free and Forced Vortices
09:
Flow Over Weirs
10:
Pumps

Videos:

00: Hydraulic Bench (URL)
01:
Hydrostatic Pressure (URL)
02:
Bernoulli's Theorem Demonstration (URL)
03:
Energy Loss in Pipe Fittings (URL)
04:
Energy Loss in Pipes (URL)
05:
Impact of a Jet (URL)
06:
Orifice and Free Jet Flow (URL)
07:
Osborne Reynolds' Demonstration (URL)
08:
Free and Forced Vortices (URL)
09:
Flow Over Weirs (URL)
10:
Pumps (URL)

Videos

Bourdon Manometer

Original Bourdon by Baumer (URL)

Osborne Reynolds Demonstration

Vertical Reynolds Apparatus (URL)
Laminar & Turbulent Flow (URL)

Armfield Demonstration Videos
Hydrostatic pressure (URL)
Flume Testing

Describing the flume (URL)
Shutting down the flume (URL)
Erosion studies flume (URL)

Weir Testing

Weir testing set up 1 (URL)
Weir testing set up 2 (URL)
Triangular weir (URL)
Rectangular weir (URL)
Sharp crested weir (URL)
Measuring depth at weir crest (URL)

Orifice & Free Jet

Orifice and Free Jet Flow 1 (URL)
Orifice and Free Jet Flow 2 (URL)

Impact of Jet

Impact of Jet 1 (URL)
Impact of Jet 2 (URL)

Hydraulic Jump

Hydraulic Jump (URL)
Hydraulic jump at weir (URL)

Pumps (URL)

Arsip Ujian

2021: UTS-J1 J2 J3-Nilai
2020a:
UTS-J1 J2 J3
2020:
UTS-J1 J2 J3-Nilai B-Nilai C
2019:
UTS-J1 J2 J3-Nilai
2018:
UTS-J1 J2 J3-Nilai
2017:
UTS-J1 J2 J3 J4 J5 J6-Nilai
2016:
UTS-J1 J2-Nilai
2015:
UTS-J1 J2-Nilai
2014:
UTS-J1 J2 J3-Nilai
2013:
UTS-J1 J2 J3-Nilai
2012:
UTS-J1 J2 J3-Nilai
2011:
UTS-J1 J2-Nilai
2010:
UTS-J1 J2-Nilai
2009:
UTS-J1 J2 J3-Nilai
2008:
UTS-J1 J2 J3-Nilai
2007:
UTS-J1 J2-Nilai
2006:
UTS-J1 J2-Nilai
2005:
UTS-J1 J2 J3-Nilai
2004:
UTS-J1 J2-Nilai
2003: UTS-J1 J2-Nilai
2002:
UTS-J1 J2-Nilai
2001:
UTS-J1 J2 J3-Nilai

Soal-Jawab

Dasar

Tegangan Geser 01 (65Kb pdf)
Tegangan Geser 02 (63Kb pdf)

Manometer

Soal 1 (102Kb pdf)
Soal 2 (134Kb pdf)
Soal 3 (75Kb pdf)
Soal 4 (200Kb pdf)
Soal 5 (184Kb pdf)
Soal 06: Kubah Setengah Bola (285 pdf)

Hidrostatika

Plat Lingkaran-Segitiga Sama Sisi (116Kb-pdf)
Plat Lingkaran-Bujur Sangkar (285Kb pdf)
Plat Lingkaran-Bujur Sangkar Miring (288Kb pdf)
Bendung Sederhana (100Kb pdf)
Bidang Lengkung (93Kb pdf)
Pintu Air 01 (105Kb pdf)
Pintu Air 02 (315Kb pdf)
Pintu Air 03 (237Kb pdf)
Piston 01 (65Kb pdf)

Metasentrum

Ponton: Balok Silinder
Kapal:
01 02
Kerucut:
01 02
Silinder:
01
Segitiga:
01

Gerak relatif

Gerak Mendatar: 01 02 03 04 05
Gerak Miring:
01
Kincir Air:
01

Pengaliran

Percabangan: 01
Dua Kolam Tando (210 KB pdf)

Acuan Online

Historical Films by Hunter Rouse:

Intro. to the Study of Fluid Motion (1961)
Fundamental Principles of Flow
Fluid Motion in a Gravitational Field
Characteristics of Laminar & Turbulent Flow
Form Drag, Lift, and Propulsion
Effects of Fluid Compressibility

University of Leeds
IIHR Focus Areas
eFunda
Fluid Links
Geometri Benda

eFunda

Index Area
Persegi Panjang
Segitiga
Setengah lingkaran
Lingkaran

Wikipedia

Hitungan Pusat Berat
Daftar Pusat Berat

Calculation Tools & Engineering Resources

Acuan Offline

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: 0102
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

BBC Earth Lab (URL)
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
Canary Islands
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

Shockwave

01 02 03 (URL)

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


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