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Fluid Mechanics Basics for Engineers

Engineering

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Experimental Methods in Fluid Mechanics Introduction Video

Lec 1 Basic concepts Calibration

Lec 2 Dimensions Units Standards Systems of dimensions System of units Unit conversion table

Lec 3 Basic concept of dynamic measurements

Lec 4 Basic concept of dynamic measurements Contd

Lec 5 Basic concept of dynamic measurements Contd

Lec 6 System response and distortion Impedence matching

Lec 7 Dimensional measurement Gauge blocks The pneumatic displacement gauge

Lec 8 Dimensional measurement Gauge blocks The pneumatic displacement gauge

Lec 9 Pressure Measurements Definition of pressure and Dynamic response considerations

Lec 10 Mechanical pressure measurement devices U tube manometer The inclined well type manometer

Lec 11 The aneroid barometer Diaphragm and Bellows Gauges

Lec 12 The Mcleod gauge The Pirani gauge The Ionization gauge

Lec 13 The Mcleod gauge The Pirani gauge The Ionization gauge Contd

Lec 14 The Mcleod gauge The Pirani gauge The Ionization gauge Contd

Lec 15 Pressure measurement using 3 holes probes

Lec 16 Pressure measurement using 3 holes probes Contd

Lec 17 Flow obstruction flow rate measuerement venturimeter orificemeter the Rotameter

Lec 18 Flow obstruction flow rate measuerement venturimeter orificemeter the Rotameter Contd

Lec 19 Thermal Anemometry hot wire hot film Hot wire anemometer

Lec 20 Thermal Anemometry hot wire hot film Hot wire anemometer Contd

Lec 21 Laser Doppler anemometry

Lec 22 Measurement of velocity components by 3 holes and 4 holes probes

Lec 23 Ideal gas thermometer Temperature measurement by mechanical and electrical effects

Lec 24 Ideal gas thermometer Temperature measurement by mechanical and electrical effects Contd

Lec 25 Thermostatic temperature Resistance Temperature Detectors RTD Thermistors Thermocouples

Lec 26 Temperature measurement by Radiation The optical pyrometer

Lec 27 Transient response of thermal system Thermocouple compensation high speed flow

Lec 28 Transient response of thermal system Thermocouple compensation high speed flow Contd

Lec 29 Transient response of thermal system Thermocouple compensation high speed flow Contd

Lec 30 Constant temperature hot wire anemometer LDA

Lec 31 Use of PIV

Lec 32 Use of PIV Contd

Lec 33 Use of PIV Contd

Lec 34 Measurement of pitch angle

Lec 35 Measurement of torque by dynamometers straingauge transducers

Lec 36 Measurement of microscale flow features I

Lec 37 Measurement of microscale flow features II

Lec 38 Transient and Frequency response consideration

Lec 39 Examples

Lec 40 Analysis of experimental data causes and types of experimental errors

Lec 41 Rejection of data Chauvenets Criterion with example

Lec 42 Error propagation function of two variables several variables

Lec 43 The Method of Least square with example

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4 Reviews
Harshal bibave 

nice
2025-11-08

payal bansode 

good
2025-10-29

Abdullah Al Jubayer Fahad 

Concept clearing course.
2025-04-17

Diyanshu Meshram 

it was tough but it was fun
2025-04-06

PRASENJEET KUMAR 

Its a amazing experience in this fluid mechanics basics course
2024-12-24

TEJAS M N 

GOOD ONE
2024-12-20

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Fluid Mechanics Basics course in hindi, in this course we'll cover fundamental principles and concepts of fluid mechanics, essential for understanding fluid behavior in engineering and physics.

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