"GATE 2021 : Mechanical Engineering"

What is this course about?

GATE-2021 : Mechanical Engineering

This is a comprehensive course for GATE 2021 – Mechanical Engineering which will cover the Technical and Non-Technical Parts of the GATE syllabus. It is Suitable for Aspirants Preparing for GATE, ESE and PSUs Examinations.

Exam Covered: GATE (Graduate Aptitude Test in Engineering)

Validity: Till GATE 2021 Exam.

Study Materials : Theory and Objective Books of Technical Subjects , GATE Previous Year Solved Papers , DPP Booklets , Guide for Engineering Mathematics Book , General Aptitude & Reasoning Book .

Total Online Tests - 60

Part Test -20 , Subject Test – 10 , Cascaded Test-5 , Full Syllabus Test -15 and Mock Test -10

For more online tests, visit website.... www.onlineengineersacademy.org

So don’t miss the live classes and avail initial 40% discount.

Coupon Code - GATEME40

Engineering Mechanics

1 # Engineering Mechanics	01:30:24

2 # Engineering Mechanics	01:29:04

3 # Engineering Mechanics	01:29:23

4 # Engineering Mechanics	01:30:30

5 # Engineering Mechanics	01:29:20

6 # Engineering Mechanics	01:40:13

7 # Engineering Mechanics	01:22:23

8 # Engineering Mechanics	01:12:40

9 # Engineering Mechanics	01:09:08

10 # Engineering Mechanics	00:57:57

Theory of Machines and Vibrations

1 # Simple Mechanism	01:17:01
four bar chain mechanism, single slider crank mechanism, double slider crank mechanism
2 # Velocity analysis and Accleration analysis	01:47:37
velocity diagram of slider-crank mechanism, intantaneous center, acceleration analysis of four bar mechanism, acceleration diagram of slotted bar mechanism
3 # Gear And Gear Train	01:59:21
Classification of gear, gear terminology, law of gearing, type of gear trains
4 # Governor	01:44:18
Watt governor, porter governor, proell governor, Hartnell governor, controlling force and controlling force diagram
5 # Balancing	01:52:19
analytical and graphical method of balancing of mass, dynamic balancing, balancing of reciprocating mass, two cylinder locomotive balancing, secondary balancing
6 # Flywheel	00:14:56
Dynamic analysis of slider crank mechanism, turning movement diagram of steam engine, turning moment diagram of four stroke ic engine
7 # Vibration	01:19:05
natural vibration, rayleighs method, damped vibration, forced damped system, vibration isolation

Machine Design

Heat and Mass Transfer

1 # 1 BASIC OF HEAT TRANSFER Intro and 1 to 15.MTS	01:30:24
1 BASIC OF HEAT TRANSFER Intro and 1 to 15.MTS
2 # 2 BASIC OF HEAT TRANSFER 16 To 26.MTS	01:27:22
2 BASIC OF HEAT TRANSFER 16 To 26.MTS
3 # 3 CONDUCTION 1 to 7.MTS	01:13:46
3 CONDUCTION 1 to 7.MTS
4 # 4 CONDUCTION 8 to 13.MTS	01:17:05
4 CONDUCTION 8 to 13.MTS
5 # 5 CONDUCTION 14 to 18.MTS	01:05:29
5 CONDUCTION 14 to 18.MTS
6 # 6 CONDUCTION 19 to 23.MTS	01:16:05
6 CONDUCTION 19 to 23.MTS
7 # 7 CONDUCTION 24 to 30.MTS	01:19:11
7 CONDUCTION 24 to 30.MTS
8 # 8 CONDUCTION 31 to 34.MTS	01:07:30
8 CONDUCTION 31 to 34.MTS
9 # 9 CONDUCTION 35 to 44.MTS	01:45:45
9 CONDUCTION 35 to 44.MTS
10 # 10 CONVECTION 1 to 8.MP4	01:19:14
10 CONVECTION 1 to 8.MP4
11 # 11 CONVECTION 9 to 17.MP4	01:18:29
11 CONVECTION 9 to 17.MP4
12 # 12 CONVECTION 18 to 26.MP4	01:24:53
12 CONVECTION 18 to 26.MP4
13 # 13 CONVECTION 27 to 30.MP4	01:12:50
13 CONVECTION 27 to 30.MP4
14 # 14 CONVECTION 31	00:14:12
14 CONVECTION 31
15 # 15 CONVECTION 32.MP4	00:05:43
15 CONVECTION 32.MP4
16 # 16 Heat Exchanger all.MP4	02:04:04
16 Heat Exchanger all.MP4
17 # 17 radiation all.MP4	01:37:01
17 radiation all.MP4

Thermodynamics

Production Engineering

1 # Production Engineering	01:14:25

2 # Production Engineering	00:00:00

3 # Production Engineering	00:00:00

4 # Production Engineering	00:00:00

5 # Production Engineering	00:00:00

6 # Production Engineering	00:00:00

7 # Production Engineering	01:51:55

8 # Production Engineering	01:53:15

9 # Production Engineering	01:50:52

10 # Production Engineering	01:22:59

11 # Production Engineering	01:20:38

12 # Production Engineering	00:38:08

13 # Production Engineering	01:21:31

14 # Production Engineering	01:03:37

15 # Production Engineering	01:11:19

16 # Production Engineering	00:44:57

17 # C1-L1 INTRODUCTION.MTS	00:37:50
C1-L1 INTRODUCTION.MTS
18 # C1-L2 machining.MTS	00:38:05
C1-L2 machining.MTS
19 # C1-L3 tool geometry.MTS	00:25:20
C1-L3 tool geometry.MTS
20 # C1-L4 surface roughness nose radius.MTS	00:14:06
C1-L4 surface roughness nose radius.MTS
21 # C1-L5 analysis of metal cutting.MTS	00:37:58
C1-L5 analysis of metal cutting.MTS
22 # C1-L6 mrr ,power,specific energy consumption.MTS	00:10:41
C1-L6 mrr ,power,specific energy consumption.MTS
23 # C1-L7 A taylor tool life equation.MTS	00:18:35
C1-L7 A taylor tool life equation.MTS
24 # C1-L7 B Optimum productinity.MP4	00:13:46
C1-L7 B Optimum productinity.MP4
25 # C1-L8 A numericals.MTS	00:37:44
C1-L8 A numericals.MTS
26 # C1-L8 B machining.MTS	00:07:08
C1-L8 B machining.MTS
27 # C1-L8 C machining.MTS	00:31:21
C1-L8 C machining.MTS
28 # C1-L8 D machining.MTS	00:37:45
C1-L8 D machining.MTS
29 # C1-L8 E machining.MTS	00:09:37
C1-L8 E machining.MTS
30 # C1-L9 F machining.MTS	00:23:20
C1-L9 F machining.MTS
31 # C2-L1 metal forming.MTS	00:28:34
C2-L1 metal forming.MTS
32 # C2-L2 metal forming.MTS	00:33:57
C2-L2 metal forming.MTS
33 # C2-L3 metal forming.MTS	00:19:43
C2-L3 metal forming.MTS
34 # C2-L4 metal forming.MTS	00:38:12
C2-L4 metal forming.MTS
35 # C2-L4A metal forming.MTS	00:06:00
C2-L4A metal forming.MTS
36 # C2-L5 sheet metal.MTS	00:26:42
C2-L5 sheet metal.MTS
37 # C3-L1 welding.MTS	00:30:58
C3-L1 welding.MTS
38 # C3-L1A welding.MTS	00:14:48
C3-L1A welding.MTS
39 # C3-L2 welding.MTS	00:19:57
C3-L2 welding.MTS
40 # C3-L3 welding.MTS	00:33:32
C3-L3 welding.MTS
41 # C3-L5 welding.MTS	00:25:45
C3-L5 welding.MTS
42 # C4-1A CASTING.MP4	00:34:16
C4-1A CASTING.MP4
43 # C4-1B CASTING.MP4	00:16:39
C4-1B CASTING.MP4
44 # C4-1C CASTING.MP4	00:14:20
C4-1C CASTING.MP4
45 # C4-1D CASTING.MP4	00:23:31
C4-1D CASTING.MP4
46 # C4-1E CASTING.MP4	00:28:00
C4-1E CASTING.MP4
47 # C4-L1 casting.MTS	00:33:18
C4-L1 casting.MTS
48 # C4-L2 casting.MTS	00:28:57
C4-L2 casting.MTS
49 # C4-L7 B casting.MTS	00:16:23
C4-L7 B casting.MTS
50 # C4-L3 casting.MTS	00:16:54
C4-L3 casting.MTS
51 # C5-L1 metrology.MP4	00:09:26
C5-L1 metrology.MP4
52 # C5-L2 metrology.MP4	00:12:55
C5-L2 metrology.MP4
53 # C4-L4 casting.MP4	00:08:56
C4-L4 casting.MP4
54 # C5-L3 metrology.MP4	00:15:19
C5-L3 metrology.MP4
55 # C4-L5 A casting.MP4	00:16:19
C4-L5 A casting.MP4
56 # C5-L4 metrology.MP4	00:12:18
C5-L4 metrology.MP4
57 # C4-L5 B casting.MP4	00:02:56
C4-L5 B casting.MP4
58 # C5-L5 metrology.MP4	00:11:36
C5-L5 metrology.MP4
59 # C4-L6 A casting.MP4	00:16:18
C4-L6 A casting.MP4
60 # C5-L6 metrology.MP4	00:11:23
C5-L6 metrology.MP4
61 # C4-L6 B casting.MP4	00:00:30
C4-L6 B casting.MP4
62 # C5-L7 metrology.MP4	00:10:46
C5-L7 metrology.MP4
63 # C4-L7 A casting.MP4	00:09:07
C4-L7 A casting.MP4
64 # C5-L8 metrology.MP4	00:06:04
C5-L8 metrology.MP4
65 # C6-L1 NTM	00:32:44
C6-L1 NTM
66 # C6-L2 NTM	00:23:12
C6-L2 NTM
67 # C6-L3 NTM	00:24:15
C6-L3 NTM
68 # C7-L1 MS	00:29:22
C7-L1 MS
69 # C7-L2 MS	00:17:16
C7-L2 MS
70 # C7-L3 MS	00:25:48
C7-L3 MS
71 # C7-L4 MS	00:15:11
C7-L4 MS
72 # C7-L5 MS	00:32:36
C7-L5 MS
73 # C8-L1 CNC	00:23:05
C8-L1 CNC
74 # C8-L1A CNC.MP4	00:02:46
C8-L1A CNC.MP4
75 # Casting question 1.MTS	00:17:19
casting question 1.MTS
76 # Casting question 2.MTS	00:11:01
casting question 2.MTS
77 # Casting question 3.MTS	00:06:40
casting question 3.MTS
78 # Casting question 4.MTS	00:07:52
casting question 4.MTS
79 # Casting question 5.MTS	00:07:37
casting question 5.MTS
80 # Casting question 5A.MTS	00:01:25
casting question 5A.MTS
81 # Casting question 6.MTS	00:08:32
casting question 6.MTS
82 # Machine tool question 1.MTS	00:16:49
machine tool question 1.MTS
83 # Machine tool question 2.MTS	00:10:33
machine tool question 2.MTS
84 # Machine tool question 3.MTS	00:06:43
machine tool question 3.MTS
85 # Machine tool question 4.MTS	00:06:07
machine tool question 4.MTS
86 # Machine tool question 5.MTS	00:13:06
machine tool question 5.MTS
87 # Machine tool question 6.MTS	00:14:57
machine tool question 6.MTS
88 # Machine tool question 7	00:16:34
machine tool question 7
89 # Metal forming question 1.MTS	00:21:04
metal forming question 1.MTS
90 # Metal forming question 2.MTS	00:07:08
metal forming question 2.MTS
91 # Sheet metal question 1.MTS	00:13:58
sheet metal question 1.MTS
92 # Sheet metal question 2.MTS	00:12:13
sheet metal question 2.MTS
93 # Sheet metal question 3.MTS	00:09:08
sheet metal question 3.MTS
94 # Welding question 1.MTS	00:08:16
welding question 1.MTS
95 # Welding question 2.MTS	00:14:06
welding question 2.MTS

General Aptitude & Reasoning

1 # Quantitative Aptitude	00:40:16

2 # Quantitative Aptitude	02:23:34

3 # Quantitative Aptitude	01:53:48

4 # Quantitative Aptitude	01:57:27

5 # Quantitative Aptitude	00:02:11

6 # Quantitative Aptitude	01:48:33

7 # Quantitative Aptitude	01:47:47

8 # Quantitative Aptitude	01:36:44

9 # Mensration 1	00:23:12
Mensration 1
10 # Quantitative Aptitude	01:15:50

11 # Quantitative Aptitude	00:39:57

12 # Quantitative Aptitude	01:19:34

Engineering Mathematics

1 # Basic differentiation formulas and rules of differentiation	00:43:32
Basic differentiation formulas and rules of differentiation
2 # Engineering Mathematics	00:48:41

3 # Engineering Mathematics	00:28:02

4 # Engineering Mathematics	00:53:35

5 # Engineering Mathematics	01:51:58

6 # Engineering Mathematics	02:44:04

7 # Engineering Mathematics	01:06:26

8 # Engineering Mathematics	01:28:00

9 # Engineering Mathematics	00:01:14

10 # Engineering Mathematics	02:23:15

11 # Engineering Mathematics	02:19:11

12 # Engineering Mathematics	01:58:19

13 # Engineering Mathematics	02:03:13

14 # Engineering Mathematics	01:54:50

15 # Linearly Independent Eigen Vectors of a Matrix	00:53:14
Linearly Independent Eigen Vectors of a Matrix
16 # Engineering Mathematics	01:24:41

17 # Engineering Mathematics	01:23:23

18 # Engineering Mathematics	01:23:51

Industrial Engineering

1 # BEA 1	01:05:56
BEA 1
2 # BEA 2-3	01:11:06
BEA 2-3
3 # BEA 4	01:13:19
BEA 4
4 # Forecasting 1-2	01:41:50
Forecasting 1-2
5 # Forecasting 3	01:44:55
Forecasting 3
6 # Forecasting 4	01:24:00
Forecasting 4
7 # Intro Final	02:42:59
Intro Final
8 # Inventry 3, 4 & 5	01:31:10
Inventry 3, 4 & 5
9 # Inventry 6 & 7	01:44:20
Inventry 6 & 7
10 # LPP & DUALITY 1& 2	02:09:00
LPP & DUALITY 1& 2
11 # LPP AND DUALITY 3-4&5	02:30:40
LPP AND DUALITY 3-4&5
12 # MRP Final	00:24:00
MRP Final
13 # Project Management 7-8-9	02:11:22
Project Management 7-8-9
14 # Project Management 10-11-12	01:17:19
Project Management 10-11-12
15 # Project Managent 456	02:12:32
Project Managent 456
16 # Project mgnt 123	02:01:59
Project mgnt 123
17 # Queuing 1	01:22:07
Queuing 1
18 # Queuing 2-3-4	01:59:15
Queuing 2-3-4
19 # Sequencing 3 & 4	03:00:24
Sequencing 3 & 4
20 # Seueencing 1&2	02:56:38
Seueencing 1&2
21 # Transportation -1	01:07:32
Transportation -1
22 # TRANSPORTATION AND ASSIGNMENT 2-5	01:08:31
TRANSPORTATION AND ASSIGNMENT 2-5
23 # 12.mkv	00:14:38
12.mkv

Strength of Material

6 # 3	00:00:00
3
7 # Strength of materials	01:46:15
Introduction, stress, Strain,Hooke's law, Strain-stress diagram, Application of Hooke's law, Bar in series connection, Numerical approach, Bar in fixed state, Elongation of prismatic bar due to self-weight
8 # Strength of materials	01:45:23
Elongation of a conical bar due to self weight, Elongation of a taper bar,% of elongation, elongation of conical bar due to self weight,type of stress, Elastic constant, numerical approach
9 # Strength of materials	00:31:40
Representation of shear stress, state of stress condition, uniaxial state of stress, sign notation for normal
10 # Strength of materials	01:19:49
state of stress condition, uniaxial state of stress, sign notation for normal, numerical approach, Mohr circle, Analysis of strain
11 # Strength of materials	04:27:51
Shear force and bending moment diagram, Numerical approach based on SFD & BMD, concept of parabola for uniform varying load, Numerical approach based on SFD & BMD
12 # Strength of materials	00:32:26
Numerical approach based on SFD & BMD
13 # Strength of materials	00:59:09
Strain energy method to find deflection of beam
14 # Strength of materials	00:12:22
Double integration method
15 # Strength of materials	01:27:07
Pure bending or bending stress, Analysis of bending equation
16 # Strength of materials	00:59:49
Numerical approach
17 # Strength of materials	00:18:44
Numerical approach
18 # Strength of materials	01:33:14
Shear stress distribution for rectangular bar, Shear stress distribution for a rectangular cross-section, Shear stress distribution for I-section
19 # Strength of materials	00:44:50
Derivation of torsion equation
20 # Strength of materials	00:42:50
Analysis of torsion equation, Section modulus for different structure, Numerical approach
21 # Strength of materials	00:29:25
Shaft in series connection
22 # Strength of materials	00:06:44
Longitudinal strain, Hoop's strain, Volumetric strain, Analysis of stresses in spherical thin cylinder
23 # Strength of materials	00:24:32
Principle plane,Non principle plane,Oblique plane
24 # Strength of materials	00:23:11
Classification of column based on different parameter, Euler's theory and its assumption, Rankine theory
25 # Stress, Strain and Modulus of Elasticity	00:45:57
Stress, Strain and Modulus of Elasticity

Application of Thermodynamics (IC Engine, Power Plant, RAC)

1 # 31	00:12:01
31
2 # 32	00:55:18
32
3 # 33	00:32:14
33
4 # 34-38	00:37:41
34-38
5 # 39	00:09:19
39
6 # 40	00:05:27
40
7 # 13	00:35:28
13
8 # 14 a	00:38:11
14 a
9 # 14 B	00:39:23
14 B
10 # 15	00:26:35
15
11 # 16	00:42:06
16
12 # 17	00:31:27
17
13 # 18	00:25:59
18
14 # 19	00:08:50
19
15 # 20	00:39:15
20
16 # 21	00:05:47
21
17 # 23	00:38:19
23
18 # 24	00:09:16
24
19 # 25,-27	00:46:27
25,-27
20 # 28	00:42:21
28
21 # 29-30	00:35:48
29-30

Fluid Mechanics & Hydraulic Machinery

1 # Basic concept of fluid mechanics	01:04:09
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	00:41:07
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	00:58:09
In this chapter numerical based on viscosity is explained. Here rheological fluid is also explained with examples and graph.
4 # Surface tension and capillarity	01:40:40
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	01:35:37
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	01:58:07
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	01:26:37
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	01:32:45
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)	01:48:34
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	01:22:42
Velocity potential and stream function are explained with verity of numerical
11 # Numerical	01:58:59
Numerical of GATE and many other problems are explained here
12 # Fluid dynamics	02:36:31
What are the cause of motion, Bernoulli’s equation, how to apply it and application of Bernoulli’s equation are well explained
13 # Numerical	02:46:30
Numerical are solved in this lecture which is very important for your GATE exam
14 # Combined numerical	03:00:44
combined numerical (up to dynamics are explained here with previous concept)
15 # Notch and Weir	00:51:33
How to measure discharge through a channel, types of notch and weir are explained in this lecture.
16 # Laminar Flow	02:22:58
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	02:51:55
In this lecture we will cover various numerical as well as momentum correction factor and kinetic energy correction factor.
18 # Flow through pipe	02:48:15
This lecture covers numerical of flow through pipe.
19 # Boundary layer theory	02:39:24
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	01:15:46
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	02:31:42
In this chapter force exerted by jet on vertical and curved plate are explained
22 # Numerical	02:59:12
In this chapter numerical based on impact of jet are explained
23 # Hydraulic Turbine	04:01:21
In this chapter layout of hydraulic power plant, components of turbine with velocity triangle are explained.
24 # Numerical	02:04:27
Various type of numerical are solved in this lecture.
25 # Specific speed and unit speed	02:48:39
In this lecture we read specific speed, unit quantity with various types of numerical.
26 # Pump	02:34:25
In this lecture Construction and working with various type of efficiency are explained
27 # Numerical	03:30:08
In this lecture we learn about with NPSH with various types of numerical .

FM Live

1 # Basic Properties Of fluid	02:29:34

2 # Basic Properties Of fluid	02:41:45

3 # Basic Properties Of fluid	02:34:07

4 # Basic Properties Of fluid	02:34:42

5 # Pressure measurement	02:37:40

6 # HYDROSTATIC FORCE	02:27:56

7 # Buoyancy	02:37:36

8 # Fluid Kinematics	02:38:30

9 # Fluid Kinematics	02:31:54

10 # Fluid Dynamics	00:39:17

11 # Fluid Dynamics	01:29:20

12 # Fluid Dynamics	02:41:34

13 # Laminar Flow	02:35:15

14 # Flow Through Pipe	02:27:15

15 # Boundary Layer Theory	02:24:56

16 # Dimensional Analysis and Turbulent Flow	00:00:00

18 # Dimensional Analysis and Turbulent Flow	02:19:30

19 # Numerical Questions	02:09:20

20 # Impact of Jet	02:23:36

21 # Turbine	02:42:02

22 # Turbine and Pump	02:28:32

23 # Pump	01:49:10

Engineering Mechanics Live

1 # Force System & Equilibrium	03:10:14

2 # Force System & Equilibrium	02:55:34

3 # Truss	03:04:55

4 # Truss	01:31:35

5 # Friction	01:03:25

6 # Friction	00:00:00

6 # Friction	01:13:49

7 # Friction	02:18:42

8 # Kinematics	02:31:08

9 # Kinematics-2	02:23:16

11 # C.G / C.O.M / Centroid	02:52:31

12 # MOI	02:47:23

13 # Kinetics	02:59:29

14 # Impact	02:00:55

15 # Virtual Work	01:56:24

16 # Constraind motion	01:56:33

₹ 25000

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160 Number of videos

600 Hours of lectures

65 Learners

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