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GATE (Mechanical) : Description of Bernoulli's Equation from Euler's Equation
Lesson 3 of 18 • 7 upvotes • 10:49mins
Krishna Verma
GATE (Mechanical) : Description of Bernoulli's equation from Euler's equation and numerical related to this. This lesson is helpful for all the learners of Mechanical engineering who are preparing for different technical competitive exams.
GATE (Mechanical) : Complete Description of Dynamics of Fluid Flow with Practice Questions
18 lessons • 3h 16m
1
GATE (Mechanical) : Introduction of Dynamics of Fluid Flow (Course Overview)
13:35mins
2
GATE (Mechanical) : Description of Euler's Equation of Motion
13:29mins
3
GATE (Mechanical) : Description of Bernoulli's Equation from Euler's Equation
10:49mins
4
GATE (Mechanical) : Numerical of Bernoulli's Equation
11:09mins
5
GATE (Mechanical) : Concepts of Bernoulli's Equation for Real Fluid with Numerical
11:07mins
6
GATE (Mechanical) : Description of Concepts of Venturimeter
13:23mins
7
GATE (Mechanical) : Practice Questions of Venturimeter -1
12:01mins
8
GATE (Mechanical) : Numerical of Concepts of Venturimeter - 2
13:05mins
9
GATE (Mechanical) : Concepts of Orifice Meter
9:59mins
10
GATE ( Mechanical) : Numerical - Orifice Meter
7:48mins
11
GATE (Mechanical) : Description of Pitot Tube
10:03mins
12
GATE (Mechanical) : Pitot Tube - Velocity of Flow
10:06mins
13
GATE (Mechanical) : Numerical - Pitot Tube
8:48mins
14
GATE (Mechanical) : Dynamics of Flow - The Momentum Equation
12:29mins
15
GATE (Mechanical) : Numerical - The Momentum Equation
9:54mins
16
GATE (Mechanical) : Numerical of Pressure Measurement
11:28mins
17
GATE (Mechanical) : Moment of Monentum Equation
8:38mins
18
GATE (Mechanical) : Free Liquid Jet (Fluid Dynamics)
8:26mins
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