"GATE 2020\/2021 : Mechanical Engineering"

What is this course about?

GATE-2020/2021 : Mechanical Engineering

This is a comprehensive course for GATE 2020/2021 – 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: Graduate Aptitude Test in Engineering

Validity: Till GATE 2020/2021 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 and MCQ Practices Book including PSUs Previous Year Solved Papers..

Test Series: Total Online 60 Tests ( Part Test -20 , Subject Test – 10 , Cascaded Test-5 , Full Syllabus Test -15 and Mock Test -10 ) for More information you can visit www.onlineengineersacademy.org

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

Fluid Mechanics & Hydraulic Machinery

1 # Fluid Mechanics	02:03:04

2 # Fluid Mechanics	00:59:12

3 # Fluid Mechanics	01:29:03

4 # Fluid Mechanics	02:27:00

5 # Fluid Mechanics	02:29:18

6 # Fluid Mechanics	02:04:58

7 # Fluid mechanics	00:00:54
buoyancy forces hydrostatic forces on submerged bodies
8 # Fluid mechanics	02:27:56
buoyancy forces hydrostatic forces on submerged bodies
9 # Fluid mechanics	02:30:26
fluid mechanics
10 # Fluid Mechanics	02:07:45

11 # Fluid Mechanics	02:05:54

12 # FM	02:00:21
FM
13 # Fluid mechanics	02:05:31
Dynamics
14 # F.m	01:38:59
f.m
15 # F.m	00:00:58
f.m
16 # F.	00:00:35
f.
17 # Fluid mechanics	00:02:48

18 # Fluid mechanics	01:25:17

19 # Fluid mechanics	01:31:43

20 # F.m	00:00:35

21 # Fluid mechanics	00:03:06

22 # Fluid mechanics	01:38:53

23 # Dimesionless Numbers	01:33:12
Dimesionless Numbers
24 # Fluid Mechanics	01:44:08

25 # Fluid Mechanics	01:03:50

26 # Fluid Mechanics	01:07:27

27 # Fluid Mechanics	01:01:52

28 # FM QUESTION PART1	01:26:08
FM QUESTION PART1
29 # FM Question Part 2	01:21:29
FM Question Part 2
30 # Hydraulic Turbines	01:05:32
Hydraulic Turbines
31 # Fluid Mechanics	01:05:14

32 # Fm q p3	00:38:06
fm q p3
33 # Fluid Mechanics	01:31:23

34 # Fluid Machinery	01:08:07
Fluid Machinery
35 # Axial Flow Reaction Turbine	00:39:26
Axial Flow Reaction Turbine

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

1 # Thermdynamic properties.mpg	00:42:35
thermdynamic properties.mpg
2 # Thermodyamic Properties	00:42:12
Thermodyamic Properties
3 # Reversile processes	00:33:05
Reversile processes
4 # Thermodynamic system	00:47:47
thermodynamic system
5 # Heat	00:58:07
heat
6 # Work	00:41:57
work
7 # Thermodynamics	01:15:21

8 # Thermodynamics	01:29:21

9 # Thermodynamics	01:16:42

10 # Pdv	00:39:35
pdv
11 # Vdp work	00:26:40
vdp work

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

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 # 1	00:33:48
1
2 # 2	00:19:20
2
3 # 3	00:57:28
3
4 # 4	00:10:16
4
5 # 5	00:04:58
5
6 # 6	00:37:13
6
7 # 7	00:06:49
7
8 # 8	00:52:34
8
9 # 9	00:50:35
9
10 # 10	00:35:07
10

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

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

₹ 19999

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160 Number of videos

300 Hours of lectures

65 Learners

24x7 Online Access

Online Classes
Online Classes of purchased course which will cover the Technical & Non-Technical Syllabus.
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