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 25% discount.
Coupon Code - GATEME25
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 |
1 # Simple Mechanism |
01:17:01 |
2 # Velocity analysis and Accleration analysis |
01:47:37 |
3 # Gear And Gear Train |
01:59:21 |
4 # Governor |
01:44:18 |
5 # Balancing |
01:52:19 |
6 # Flywheel |
00:14:56 |
7 # Vibration |
01:19:05 |
1 # 1 BASIC OF HEAT TRANSFER Intro and 1 to 15.MTS |
01:30:24 |
2 # 2 BASIC OF HEAT TRANSFER 16 To 26.MTS |
01:27:22 |
3 # 3 CONDUCTION 1 to 7.MTS |
01:13:46 |
4 # 4 CONDUCTION 8 to 13.MTS |
01:17:05 |
5 # 5 CONDUCTION 14 to 18.MTS |
01:05:29 |
6 # 6 CONDUCTION 19 to 23.MTS |
01:16:05 |
7 # 7 CONDUCTION 24 to 30.MTS |
01:19:11 |
8 # 8 CONDUCTION 31 to 34.MTS |
01:07:30 |
9 # 9 CONDUCTION 35 to 44.MTS |
01:45:45 |
10 # 10 CONVECTION 1 to 8.MP4 |
01:19:14 |
11 # 11 CONVECTION 9 to 17.MP4 |
01:18:29 |
12 # 12 CONVECTION 18 to 26.MP4 |
01:24:53 |
13 # 13 CONVECTION 27 to 30.MP4 |
01:12:50 |
14 # 14 CONVECTION 31 |
00:14:12 |
15 # 15 CONVECTION 32.MP4 |
00:05:43 |
16 # 16 Heat Exchanger all.MP4 |
02:04:04 |
17 # 17 radiation all.MP4 |
01:37:01 |
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 |
18 # C1-L2 machining.MTS |
00:38:05 |
19 # C1-L3 tool geometry.MTS |
00:25:20 |
20 # C1-L4 surface roughness nose radius.MTS |
00:14:06 |
21 # C1-L5 analysis of metal cutting.MTS |
00:37:58 |
22 # C1-L6 mrr ,power,specific energy consumption.MTS |
00:10:41 |
23 # C1-L7 A taylor tool life equation.MTS |
00:18:35 |
24 # C1-L7 B Optimum productinity.MP4 |
00:13:46 |
25 # C1-L8 A numericals.MTS |
00:37:44 |
26 # C1-L8 B machining.MTS |
00:07:08 |
27 # C1-L8 C machining.MTS |
00:31:21 |
28 # C1-L8 D machining.MTS |
00:37:45 |
29 # C1-L8 E machining.MTS |
00:09:37 |
30 # C1-L9 F machining.MTS |
00:23:20 |
31 # C2-L1 metal forming.MTS |
00:28:34 |
32 # C2-L2 metal forming.MTS |
00:33:57 |
33 # C2-L3 metal forming.MTS |
00:19:43 |
34 # C2-L4 metal forming.MTS |
00:38:12 |
35 # C2-L4A metal forming.MTS |
00:06:00 |
36 # C2-L5 sheet metal.MTS |
00:26:42 |
37 # C3-L1 welding.MTS |
00:30:58 |
38 # C3-L1A welding.MTS |
00:14:48 |
39 # C3-L2 welding.MTS |
00:19:57 |
40 # C3-L3 welding.MTS |
00:33:32 |
41 # C3-L5 welding.MTS |
00:25:45 |
42 # C4-1A CASTING.MP4 |
00:34:16 |
43 # C4-1B CASTING.MP4 |
00:16:39 |
44 # C4-1C CASTING.MP4 |
00:14:20 |
45 # C4-1D CASTING.MP4 |
00:23:31 |
46 # C4-1E CASTING.MP4 |
00:28:00 |
47 # C4-L1 casting.MTS |
00:33:18 |
48 # C4-L2 casting.MTS |
00:28:57 |
49 # C4-L7 B casting.MTS |
00:16:23 |
50 # C4-L3 casting.MTS |
00:16:54 |
51 # C5-L1 metrology.MP4 |
00:09:26 |
52 # C5-L2 metrology.MP4 |
00:12:55 |
53 # C4-L4 casting.MP4 |
00:08:56 |
54 # C5-L3 metrology.MP4 |
00:15:19 |
55 # C4-L5 A casting.MP4 |
00:16:19 |
56 # C5-L4 metrology.MP4 |
00:12:18 |
57 # C4-L5 B casting.MP4 |
00:02:56 |
58 # C5-L5 metrology.MP4 |
00:11:36 |
59 # C4-L6 A casting.MP4 |
00:16:18 |
60 # C5-L6 metrology.MP4 |
00:11:23 |
61 # C4-L6 B casting.MP4 |
00:00:30 |
62 # C5-L7 metrology.MP4 |
00:10:46 |
63 # C4-L7 A casting.MP4 |
00:09:07 |
64 # C5-L8 metrology.MP4 |
00:06:04 |
65 # C6-L1 NTM |
00:32:44 |
66 # C6-L2 NTM |
00:23:12 |
67 # C6-L3 NTM |
00:24:15 |
68 # C7-L1 MS |
00:29:22 |
69 # C7-L2 MS |
00:17:16 |
70 # C7-L3 MS |
00:25:48 |
71 # C7-L4 MS |
00:15:11 |
72 # C7-L5 MS |
00:32:36 |
73 # C8-L1 CNC |
00:23:05 |
74 # C8-L1A CNC.MP4 |
00:02:46 |
75 # Casting question 1.MTS |
00:17:19 |
76 # Casting question 2.MTS |
00:11:01 |
77 # Casting question 3.MTS |
00:06:40 |
78 # Casting question 4.MTS |
00:07:52 |
79 # Casting question 5.MTS |
00:07:37 |
80 # Casting question 5A.MTS |
00:01:25 |
81 # Casting question 6.MTS |
00:08:32 |
82 # Machine tool question 1.MTS |
00:16:49 |
83 # Machine tool question 2.MTS |
00:10:33 |
84 # Machine tool question 3.MTS |
00:06:43 |
85 # Machine tool question 4.MTS |
00:06:07 |
86 # Machine tool question 5.MTS |
00:13:06 |
87 # Machine tool question 6.MTS |
00:14:57 |
88 # Machine tool question 7 |
00:16:34 |
89 # Metal forming question 1.MTS |
00:21:04 |
90 # Metal forming question 2.MTS |
00:07:08 |
91 # Sheet metal question 1.MTS |
00:13:58 |
92 # Sheet metal question 2.MTS |
00:12:13 |
93 # Sheet metal question 3.MTS |
00:09:08 |
94 # Welding question 1.MTS |
00:08:16 |
95 # Welding question 2.MTS |
00:14:06 |
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 |
10 # Quantitative Aptitude |
01:15:50 |
11 # Quantitative Aptitude |
00:39:57 |
12 # Quantitative Aptitude |
01:19:34 |
1 # Basic differentiation formulas and rules of differentiation |
00:43:32 |
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 |
16 # Engineering Mathematics |
01:24:41 |
17 # Engineering Mathematics |
01:23:23 |
18 # Engineering Mathematics |
01:23:51 |
1 # BEA 1 |
01:05:56 |
2 # BEA 2-3 |
01:11:06 |
3 # BEA 4 |
01:13:19 |
4 # Forecasting 1-2 |
01:41:50 |
5 # Forecasting 3 |
01:44:55 |
6 # Forecasting 4 |
01:24:00 |
7 # Intro Final |
02:42:59 |
8 # Inventry 3, 4 & 5 |
01:31:10 |
9 # Inventry 6 & 7 |
01:44:20 |
10 # LPP & DUALITY 1& 2 |
02:09:00 |
11 # LPP AND DUALITY 3-4&5 |
02:30:40 |
12 # MRP Final |
00:24:00 |
13 # Project Management 7-8-9 |
02:11:22 |
14 # Project Management 10-11-12 |
01:17:19 |
15 # Project Managent 456 |
02:12:32 |
16 # Project mgnt 123 |
02:01:59 |
17 # Queuing 1 |
01:22:07 |
18 # Queuing 2-3-4 |
01:59:15 |
19 # Sequencing 3 & 4 |
03:00:24 |
20 # Seueencing 1&2 |
02:56:38 |
21 # Transportation -1 |
01:07:32 |
22 # TRANSPORTATION AND ASSIGNMENT 2-5 |
01:08:31 |
23 # 12.mkv |
00:14:38 |
24 # Inventry 1-2 |
00:00:00 |
25 # Inventry 1-2 |
00:00:00 |
26 # Inventry 1-2 |
00:00:00 |
28 # Inventry 1-2 |
02:14:02 |
6 # 3 |
00:00:00 |
7 # Strength of materials |
01:46:15 |
8 # Strength of materials |
01:45:23 |
9 # Strength of materials |
00:31:40 |
10 # Strength of materials |
01:19:49 |
11 # Strength of materials |
04:27:51 |
12 # Strength of materials |
00:32:26 |
13 # Strength of materials |
00:59:09 |
14 # Strength of materials |
00:12:22 |
15 # Strength of materials |
01:27:07 |
16 # Strength of materials |
00:59:49 |
17 # Strength of materials |
00:18:44 |
18 # Strength of materials |
01:33:14 |
19 # Strength of materials |
00:44:50 |
20 # Strength of materials |
00:42:50 |
21 # Strength of materials |
00:29:25 |
22 # Strength of materials |
00:06:44 |
23 # Strength of materials |
00:24:32 |
24 # Strength of materials |
00:23:11 |
25 # Stress, Strain and Modulus of Elasticity |
00:45:57 |
1 # 31 |
00:12:01 |
2 # 32 |
00:55:18 |
3 # 33 |
00:32:14 |
4 # 34-38 |
00:37:41 |
5 # 39 |
00:09:19 |
6 # 40 |
00:05:27 |
7 # 13 |
00:35:28 |
8 # 14 a |
00:38:11 |
9 # 14 B |
00:39:23 |
10 # 15 |
00:26:35 |
11 # 16 |
00:42:06 |
12 # 17 |
00:31:27 |
13 # 18 |
00:25:59 |
14 # 19 |
00:08:50 |
15 # 20 |
00:39:15 |
16 # 21 |
00:05:47 |
17 # 23 |
00:38:19 |
18 # 24 |
00:09:16 |
19 # 25,-27 |
00:46:27 |
20 # 28 |
00:42:21 |
21 # 29-30 |
00:35:48 |
1 # Basic concept of fluid mechanics |
01:04:09 |
2 # Numerical and concept of viscosity |
00:41:07 |
3 # Numerical of viscosity and concept of non-Newtonian fluid |
00:58:09 |
4 # Surface tension and capillarity |
01:40:40 |
5 # Pressure Measurement |
01:35:37 |
6 # Differential manometer and numerical on pressure measurement |
01:58:07 |
7 # Hydrostatic force |
01:26:37 |
8 # Buoyancy and floatation |
01:32:45 |
9 # Kinematics (up to continuity equation) |
01:48:34 |
10 # Velocity potential and stream function |
01:22:42 |
11 # Numerical |
01:58:59 |
12 # Fluid dynamics |
02:36:31 |
13 # Numerical |
02:46:30 |
14 # Combined numerical |
03:00:44 |
15 # Notch and Weir |
00:51:33 |
16 # Laminar Flow |
02:22:58 |
17 # Numerical |
02:51:55 |
18 # Flow through pipe |
02:48:15 |
19 # Boundary layer theory |
02:39:24 |
20 # Turbulent Flow |
01:15:46 |
21 # HYDRAULIC MACHINE , Impact of Jet |
02:31:42 |
22 # Numerical |
02:59:12 |
23 # Hydraulic Turbine |
04:01:21 |
24 # Numerical |
02:04:27 |
25 # Specific speed and unit speed |
02:48:39 |
26 # Pump |
02:34:25 |
27 # Numerical |
03:30:08 |
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 |
16 # Dimensional Analysis and Turbulent Flow |
02:19:30 |
17 # Numerical Questions |
02:09:20 |
18 # Impact of Jet |
02:23:36 |
19 # Turbine |
02:42:02 |
20 # Turbine and Pump |
02:28:32 |
21 # Pump |
01:49:10 |
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 |
10 # C.G / C.O.M / Centroid |
02:52:31 |
11 # MOI |
02:47:23 |
12 # Kinetics |
02:59:29 |
13 # Impact |
02:00:55 |
14 # Virtual Work |
01:56:24 |
15 # Constraind motion |
01:56:33 |
1 # Planar mechanism 1 |
01:49:22 |
2 # Planar mechanism 2 |
01:59:28 |
3 # Planar mechanism 3 |
01:55:27 |
4 # Planar mechanism 4 |
01:55:02 |
5 # Planar mechanism 5 |
01:57:05 |
6 # Planar mechanism 6 |
02:03:44 |
7 # Planar mechanism 7 |
01:42:15 |
8 # Planar mechanism 8 |
01:55:29 |
9 # Planar mechanism 9 |
01:54:39 |
10 # Planar mechanism 10 |
01:55:51 |
11 # Planar mechanism 11 |
01:51:48 |
12 # Velocity analysis |
02:52:05 |
13 # VELOCITY ANALYSIS 02 |
02:52:20 |
14 # Velocity analysis 3 |
02:50:52 |
15 # Velocity analysis 04 |
02:48:16 |
16 # Acceleration analysis |
02:48:13 |
17 # Velocity and acceleration in slider crank mechanism |
02:10:22 |
18 # Dynamics of slider crank mechanism |
02:50:26 |
19 # Flywheel |
02:53:55 |
20 # GOVERNOR |
02:49:50 |
21 # GOVERNOR 2 |
02:47:36 |
22 # BALANCING |
02:48:15 |
23 # BALANCING |
00:00:00 |
23 # Balancing 2 |
02:54:45 |
24 # BALANCING 3 |
02:43:02 |
25 # BALANCING 3 |
02:53:46 |
26 # Gear 2 |
02:49:02 |
27 # Gear 3 |
02:34:21 |
28 # GEAR 4 |
02:50:41 |
29 # Gear train |
02:22:10 |
30 # Gear train 2 |
01:47:33 |
31 # Mechanical vibration 01 |
02:56:58 |
32 # Mechanical vibration 02 |
03:09:50 |
33 # Mechanical vibration 03 |
03:27:48 |
34 # Mechanical vibration 04 |
02:22:39 |
35 # CAM |
02:41:02 |
36 # Gyroscope |
02:38:18 |
1 # Otto cycle |
01:46:17 |
2 # Diesel cycle |
01:56:01 |
3 # Diesel cycle |
01:42:31 |
4 # Performance parameter |
01:57:26 |
1 # Basic concept |
02:30:24 |
2 # VCRS |
02:36:30 |
3 # VCRS |
02:42:14 |
4 # VCRS |
02:50:42 |
5 # Refrigerant |
01:52:27 |
6 # Refrigerant |
00:45:02 |
7 # Refrigerant and VARS |
02:32:52 |
8 # Air Conditioning |
02:46:49 |
9 # Psychrometry |
02:10:04 |
10 # Numerical Questions |
01:38:15 |
1 # Steam Power Plant |
02:52:13 |
2 # Steam Power Plant |
02:50:47 |
3 # Steam Power Plant |
02:54:17 |
4 # Steam Turbine |
02:38:52 |
5 # Steam Turbine |
02:45:55 |
6 # Compressible Flow |
02:46:38 |
7 # Compressible Flow |
02:43:45 |
8 # Gas Power Plant |
02:46:04 |
9 # Gas Power Plant |
02:54:17 |
10 # Gas Power Plant |
02:53:34 |
11 # Numerical Questions |
02:45:32 |
12 # Compressor |
02:25:28 |
13 # Numerical Questions |
01:05:47 |
1 # Introduction |
02:40:35 |
2 # Conduction |
02:38:18 |
3 # Conduction-2 |
02:44:07 |
4 # Conduction-3 |
02:46:26 |
5 # Conduction-4 |
02:44:19 |
6 # Fins or Extended surface |
02:56:07 |
7 # Fins or Extended surface- 2 |
02:42:59 |
8 # Heat exchanger |
02:52:16 |
9 # Heat exchanger-2 |
02:54:01 |
10 # Radiation |
01:44:02 |
11 # Radiation-2 |
02:55:43 |
12 # Radiation-3 & convection |
02:59:21 |
13 # Convection-2 |
02:22:34 |
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