1 # Basic concept of fluid mechanics

In these lecture basics of fluid mechanics is included. Here definition of fluid as well as other properties like density specific weight, specific gravity and compressibility is clearly explained.

2 # Numerical and concept of viscosity

Here numerical on bulk modulus is explained as well as viscosity with its dimension is introduced.

3 # Numerical of viscosity and concept of non-Newtonian fluid

In this chapter numerical based on viscosity is explained. Here rheological fluid is also explained with examples and graph.

4 # Surface tension and capillarity

What is surface tension, how it can be increased or decreases, what are the numerical which may be asked in your GATE are explained. Apart from this capillary action with derivation are also explained.

5 # Pressure Measurement

pressure and pressuring measuring device like piezometer , manometer are described in this lecture, in this lecture how to measure pressure by this equipment are also explained.

6 # Differential manometer and numerical on pressure measurement

What is micro manometer; how we can measure pressure difference is explained in this lecture. Apart from that GATE problems and expected questions are also solved in this class

7 # Hydrostatic force

In this lecture hydrostatic force Centre of pressure as well as location of Centre of pressure are explained. Apart from this some numerical are also solved in this lecture.

8 # Buoyancy and floatation

We often observe that our body feels lighter while taking a swim in the pool. Also, when drawing water from a well, the bucket feels lighter till it is partially or fully immersed in water. Have you ever wondered why this change in weight is felt? In this lecture it is explained very well and some numerical are also solved

9 # Kinematics (up to continuity equation)

In this lecture types of fluid low, stream line, path line and streak line are taught. “Continuity equation “is very important if flow takes place, here continuity equation for various conditions are explained.

10 # Velocity potential and stream function

Velocity potential and stream function are explained with verity of numerical

11 # Numerical

Numerical of GATE and many other problems are explained here

12 # Fluid dynamics

What are the cause of motion, Bernoulli’s equation, how to apply it and application of Bernoulli’s equation are well explained

13 # Numerical

Numerical are solved in this lecture which is very important for your GATE exam

14 # Combined numerical

combined numerical (up to dynamics are explained here with previous concept)

15 # Notch and Weir

How to measure discharge through a channel, types of notch and weir are explained in this lecture.

16 # Laminar Flow

Laminar flow is a flow regime characterized by high momentum diffusion and low momentum convection. Derivation of shear stress distribution and other parameter are explained

17 # Numerical

In this lecture we will cover various numerical as well as momentum correction factor and kinetic energy correction factor.

18 # Flow through pipe

This lecture covers numerical of flow through pipe.

19 # Boundary layer theory

The fundamental concept of the boundary layer was suggested by L. Prandtl (1904) which is well explained in this lecture. In this lecture we are discussing about the drag and lift forces coming on the immersed bodies in fluids. So we will see the expression for the drag force and lift force and various situations where the drag and lift acts on the bodies then how it can be calculated.

20 # Turbulent Flow

Turbulent flow is a type of fluid (gas or liquid) flow in which the fluid undergoes irregular fluctuations, or mixing, in contrast to laminar flow, in which the fluid moves in smooth paths or layers. In turbulent flow the speed of the fluid at a point is continuously undergoing changes in both magnitude and direction.

21 # HYDRAULIC MACHINE , Impact of Jet

In this chapter force exerted by jet on vertical and curved plate are explained

22 # Numerical

In this chapter numerical based on impact of jet are explained

23 # Hydraulic Turbine

In this chapter layout of hydraulic power plant, components of turbine with velocity triangle are explained.

24 # Numerical

Various type of numerical are solved in this lecture.

25 # Specific speed and unit speed

In this lecture we read specific speed, unit quantity with various types of numerical.

26 # Pump

In this lecture Construction and working with various type of efficiency are explained

27 # Numerical

In this lecture we learn about with NPSH with various types of numerical .

1 # Engineering Mathematics

2 # Engineering Mathematics

3 # Engineering Mathematics

4 # Engineering Mathematics

5 # Engineering Mathematics

6 # Engineering Mathematics

7 # Engineering Mathematics

8 # Engineering Mathematics

9 # Engineering Mathematics

10 # Linearly Independent Eigen Vectors of a Matrix

Linearly Independent Eigen Vectors of a Matrix

11 # Basic differentiation formulas and rules of differentiation

Basic differentiation formulas and rules of differentiation

12 # Engineering Mathematics

13 # Engineering Mathematics

14 # Engineering Mathematics

15 # Engineering Mathematics

16 # Engineering Mathematics

1 # 1-9

1-9

2 # 8

8

3 # 10-16

10-16

4 # Ch 4

ch 4

5 # Ch 5

ch 5

6 # Ch 6

ch 6

7 # Ch 7 A

ch 7 A

8 # Ch 7 B

ch 7 B

9 # EARTH 2

EARTH 2

10 # Foundation 1

foundation 1

11 # Foundation 2

foundation 2

12 # Railways

railways

13 # EARTH 1

EARTH 1

1 # 1

1

2 # 1-10

1-10

3 # 10-17

10-17

4 # 18-24

18-24

5 # 25-30

25-30

6 # 31-35

31-35

7 # 36-41

36-41

8 # 1

1

9 # 2

2

10 # 1-7

1-7

11 # 8-14

8-14

12 # 15- 24

15- 24

13 # 25-31

25-31

14 # 1

1

15 # 1

1

16 # PLASTIC

PLASTIC

1 # Building Material & Construction

Building Material & Construction

2 # Building Material & Construction

3 # Building Material & Construction

4 # Building Material & Construction

1 # 1.MTS

1.MTS

2 # 2.MTS

2.MTS

3 # 3.MTS

3.MTS

4 # 4.MTS

4.MTS

5 # 5.MTS

5.MTS

6 # 6.MTS

6.MTS

7 # 7.MTS

7.MTS

8 # 8.MTS

8.MTS

9 # 9.MTS

9.MTS

10 # 10.MTS

10.MTS

11 # 11.MTS

11.MTS

12 # 12.MTS

12.MTS

13 # 13.MTS

13.MTS

14 # 14.MTS

14.MTS

1 # C1

C1

2 # 55

55

3 # C2 -1

C2 -1

4 # C2-2

C2-2

5 # C2-3

C2-3

6 # C2-4

C2-4

7 # C2-5

C2-5

8 # C2-6

C2-6

9 # C2-7

C2-7

10 # 40-45

40-45

11 # 46-55 trafic

46-55 trafic

12 # C4 - 56 -61

C4 - 56 -61

13 # C4 - 62 - 67

C4 - 62 - 67

14 # 68-73-5

68-73-5

1 # Biological water quality parameter

biological water quality parameter

2 # Chemical water QP 1

Chemical water QP 1

3 # Chemical water QP 2

Chemical water QP 2

4 # Filteraction

Filteraction

5 # Noise population

noise population

6 # Physical water QP

physical water QP

7 # Pipe network & Distribution System

Pipe network & Distribution System

8 # Population forecasting

Population forecasting

9 # Source of water 1

source of water 1

10 # Source of water 2

source of water 2

11 # Test Of Chlorination

Test Of Chlorination

12 # Treatment of water

treatment of water

13 # Water Demand

Water Demand

1 # Quantitative Aptitude

2 # Quantitative Aptitude

3 # Quantitative Aptitude

4 # Quantitative Aptitude

5 # Quantitative Aptitude

6 # Quantitative Aptitude

7 # Quantitative Aptitude

8 # Quantitative Aptitude

9 # Mensration 1

Mensration 1

10 # Quantitative Aptitude

11 # Quantitative Aptitude

12 # Quantitative Aptitude

1 # 1

1

2 # 2

2

3 # 3

3

4 # 4

4

5 # 5

5

6 # 6

6

7 # 7

7

8 # 8

8

9 # 9

9

10 # 10 a

10 a

11 # 10

10

12 # 11

11

13 # 12

12

14 # 13

13

15 # 14 A

14 A

16 # 14

14

17 # 15 A

15 A

18 # 15

15

19 # 16

16

20 # 17

17

21 # 18

18

22 # 19

19

23 # 20

20

1 # 1.MTS

1.MTS

2 # 2.MTS

2.MTS

3 # 3

3

4 # 4.MTS

4.MTS

5 # 5.MTS

5.MTS

6 # 6.MTS

6.MTS

1 # 1.MTS

1.MTS

2 # 2.MTS

2.MTS

3 # 3.MTS

3.MTS

4 # 4.MTS

4.MTS

5 # 5.MTS

5.MTS

1 # 1 to 4

1 to 4

2 # 5 AND 6

5 AND 6

3 # 7 and 8

7 and 8

4 # 9 to 11

9 to 11

5 # 13 and 14

13 and 14

6 # 15 to 17

15 to 17

7 # 19, 20

19, 20

8 # 20 and 21

20 and 21

1 # Engineering Mechanics

2 # Engineering Mechanics

3 # Engineering Mechanics

4 # Engineering Mechanics

5 # Engineering Mechanics

6 # Engineering Mechanics

7 # Engineering Mechanics

8 # Engineering Mechanics

9 # Engineering Mechanics

10 # Engineering Mechanics

1 # Linear Algebra

2 # Linear Algebra

3 # Linear Algebra

4 # Linear Algebra

5 # Linear Algebra

6 # Linear Algebra

7 # Linear Algebra & Probability

8 # Probability & Statistics

9 # Probability & Statistics

10 # Probability & Statistics

11 # Probability & Calculus

12 # Calculus

13 # Calculus

14 # Calculus

15 # Calculus

16 # Calculus

17 # Calculus

18 # Calculus

19 # Calculus

20 # Calculus

21 # Calculus & Differential Equations

22 # Differential Equations

23 # Differential Equations

24 # Differential Equations

25 # Laplace Transform & Fourier Series

26 # Numerical Methods

27 # Numerical Methods