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Fluid Mechanics Basics for Engineers

Course Reviews

Track :

Engineering

Lessons no : 44

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What will you learn in this course?
  • Understand fluid properties such as density, viscosity, and pressure for engineering applications in fluid mechanics
  • Apply Bernoulli’s equation to analyze fluid flow in pipes, channels, and open systems for engineering design
  • Calculate flow rates, velocity, and discharge in various fluid systems using fundamental principles and equations
  • Identify and solve problems related to laminar and turbulent flow in engineering contexts using Reynolds number
  • Utilize continuity equation to determine fluid velocity and cross-sectional area in real-world engineering scenarios
  • Interpret pressure distribution and forces in fluid systems to optimize hydraulic and pneumatic designs
  • Analyze energy losses and efficiency in fluid systems for improved engineering performance and sustainability
  • Implement basic principles of fluid statics to solve problems involving fluid at rest and pressure measurement
  • Use dimensional analysis and similitude to model fluid behavior in scaled engineering experiments and prototypes
  • Apply fundamental concepts of fluid mechanics to solve practical engineering problems involving pumps, turbines, and valves
  • Assess the impact of fluid properties and flow conditions on system stability and safety in engineering projects
  • Develop problem-solving skills for real-world fluid mechanics challenges in mechanical, civil, and aerospace engineering

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Lessons | 44
Experimental Methods in Fluid Mechanics Introduction Video
00:03:35

Experimental Methods in Fluid Mechanics Introduction Video
Lec 1 Basic concepts Calibration
00:49:02

Lec 1 Basic concepts Calibration
Lec 2 Dimensions Units Standards Systems of dimensions System of units Unit conversion table
00:52:49

Lec 2 Dimensions Units Standards Systems of dimensions System of units Unit conversion table
Lec 3 Basic concept of dynamic measurements
00:43:04

Lec 3 Basic concept of dynamic measurements
Lec 4 Basic concept of dynamic measurements Contd
00:45:15

Lec 4 Basic concept of dynamic measurements Contd
Lec 5 Basic concept of dynamic measurements Contd
00:43:32

Lec 5 Basic concept of dynamic measurements Contd
Lec 6 System response and distortion Impedence matching
00:44:26

Lec 6 System response and distortion Impedence matching
Lec 7 Dimensional measurement Gauge blocks The pneumatic displacement gauge
00:37:07

Lec 7 Dimensional measurement Gauge blocks The pneumatic displacement gauge
Lec 8 Dimensional measurement Gauge blocks The pneumatic displacement gauge
00:54:06

Lec 8 Dimensional measurement Gauge blocks The pneumatic displacement gauge
Lec 9 Pressure Measurements Definition of pressure and Dynamic response considerations
00:58:30

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
00:40:18

Lec 10 Mechanical pressure measurement devices U tube manometer The inclined well type manometer
Lec 11 The aneroid barometer Diaphragm and Bellows Gauges
00:39:39

Lec 11 The aneroid barometer Diaphragm and Bellows Gauges
Lec 12 The Mcleod gauge The Pirani gauge The Ionization gauge
00:43:42

Lec 12 The Mcleod gauge The Pirani gauge The Ionization gauge
Lec 13 The Mcleod gauge The Pirani gauge The Ionization gauge Contd
00:40:20

Lec 13 The Mcleod gauge The Pirani gauge The Ionization gauge Contd
Lec 14 The Mcleod gauge The Pirani gauge The Ionization gauge Contd
00:44:32

Lec 14 The Mcleod gauge The Pirani gauge The Ionization gauge Contd
Lec 15 Pressure measurement using 3 holes probes
00:44:24

Lec 15 Pressure measurement using 3 holes probes
Lec 16 Pressure measurement using 3 holes probes Contd
00:41:20

Lec 16 Pressure measurement using 3 holes probes Contd
Lec 17 Flow obstruction flow rate measuerement venturimeter orificemeter the Rotameter
00:37:04

Lec 17 Flow obstruction flow rate measuerement venturimeter orificemeter the Rotameter
Lec 18 Flow obstruction flow rate measuerement venturimeter orificemeter the Rotameter Contd
00:35:00

Lec 18 Flow obstruction flow rate measuerement venturimeter orificemeter the Rotameter Contd
Lec 19 Thermal Anemometry hot wire hot film Hot wire anemometer
00:37:07

Lec 19 Thermal Anemometry hot wire hot film Hot wire anemometer
Lec 20 Thermal Anemometry hot wire hot film Hot wire anemometer Contd
00:48:47

Lec 20 Thermal Anemometry hot wire hot film Hot wire anemometer Contd
Lec 21 Laser Doppler anemometry
00:50:44

Lec 21 Laser Doppler anemometry
Lec 22 Measurement of velocity components by 3 holes and 4 holes probes
00:44:27

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
01:06:49

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
00:42:59

Lec 24 Ideal gas thermometer Temperature measurement by mechanical and electrical effects Contd
Lec 25 Thermostatic temperature Resistance Temperature Detectors RTD Thermistors Thermocouples
00:51:54

Lec 25 Thermostatic temperature Resistance Temperature Detectors RTD Thermistors Thermocouples
Lec 26 Temperature measurement by Radiation The optical pyrometer
00:43:44

Lec 26 Temperature measurement by Radiation The optical pyrometer
Lec 27 Transient response of thermal system Thermocouple compensation high speed flow
00:43:00

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
00:34:21

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
01:04:25

Lec 29 Transient response of thermal system Thermocouple compensation high speed flow Contd
Lec 30 Constant temperature hot wire anemometer LDA
00:57:49

Lec 30 Constant temperature hot wire anemometer LDA
Lec 31 Use of PIV
00:42:55

Lec 31 Use of PIV
Lec 32 Use of PIV Contd
00:37:56

Lec 32 Use of PIV Contd
Lec 33 Use of PIV Contd
01:00:15

Lec 33 Use of PIV Contd
Lec 34 Measurement of pitch angle
00:59:19

Lec 34 Measurement of pitch angle
Lec 35 Measurement of torque by dynamometers straingauge transducers
00:51:13

Lec 35 Measurement of torque by dynamometers straingauge transducers
Lec 36 Measurement of microscale flow features I
00:52:34

Lec 36 Measurement of microscale flow features I
Lec 37 Measurement of microscale flow features II
00:50:07

Lec 37 Measurement of microscale flow features II
Lec 38 Transient and Frequency response consideration
00:57:19

Lec 38 Transient and Frequency response consideration
Lec 39 Examples
00:48:34

Lec 39 Examples
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5
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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