SSC-JEn19 : Mechanical Engineering
This is a comprehensive online course for SSC-JE Mechanical Engineering which will cover the Technical and Non-Technical syllabus of the SSC-JE Exam. Entire subjects are covered from basics to build clear concepts by best faculty team of Engineers Academy. This course is exactly suitable for aspirants preparing for SSC-JE, State-JE/AE & PSU’s Examinations.
Exam Covered: All JEn and its equivalent exam.
Validity: 180 days from Course activation.
Study Materials : Theory and Objective Books of Technical Subjects, Reasoning and General Awareness books, SSC-JE Previous Year Solved Papers,
Total Online Test - 51 (Multi Subject - 15, Non-Tech - 10, Technical- 2, Basic Level - 9, Advance Level - 5, Speed Mock Level -10)
For more online test series details, visit website: www.onlineengineersacademy.org
Click here to download Syllabus
So dont miss the initial 15% Instant discount by using Coupon Code JERBME
1 # Introduction |
02:10:36 |
2 # Introduction-2 |
02:13:24 |
3 # Zeroth Law of thermodynamics |
02:25:39 |
4 # First Law of Thermodynamics |
02:27:04 |
5 # First Law of Thermodynamics |
02:26:14 |
6 # First Law of Thermodynamics |
02:22:33 |
7 # APPLICATION OF FIRST LAW |
02:32:59 |
8 # APPLICATION OF FIRST LAW |
02:32:09 |
9 # SECOND LAW OF THERMO |
02:27:55 |
10 # Carnot cycle & entropy |
02:28:15 |
11 # Entropy |
02:35:05 |
12 # Entropy |
02:21:38 |
13 # Entropy |
02:03:42 |
14 # Available & unavailable energy |
02:28:44 |
15 # Pure substance |
02:28:46 |
16 # Pure substance |
02:21:33 |
17 # Pure substance |
01:47:03 |
1 # Refrigeration |
02:31:11 |
2 # VC Cycle |
02:35:19 |
3 # VC Cycle 2 |
02:17:38 |
4 # Vapor Absorption Refrigeration Cycle |
02:29:48 |
5 # AIr Refrigeration System |
02:27:37 |
6 # Refrigerants |
02:29:48 |
7 # Practice questions & Doubt Session |
01:52:10 |
8 # Air conditioning |
02:17:37 |
9 # Air conditioning 2 |
02:24:43 |
10 # Air conditioning 3 |
02:08:13 |
11 # Practice questions & Doubt Session-2 |
01:53:56 |
12 # Air Standard cycles |
01:30:30 |
13 # Air Standard cycles |
01:16:43 |
14 # Diesel Cycle & Dual Cycle |
02:41:39 |
15 # Engine Performance Parameters |
02:41:24 |
16 # Combustion in SI Engine |
02:39:50 |
17 # Combustion in SI Engine-2 |
02:51:17 |
18 # Combustion in CI engine |
01:44:38 |
19 # Fuels and Engine Emissions |
02:25:14 |
20 # Question Practice & Doubt session |
01:27:05 |
21 # Rankine Cycle |
02:50:15 |
22 # Rankine cycle -2 & Brayton cycle |
02:55:05 |
23 # Brayton cycle-2 |
02:47:59 |
24 # Boiler |
02:22:33 |
25 # Nozzle and Compressors |
02:31:16 |
1 # Mechanism |
02:26:07 |
2 # Mechanism 2 |
02:36:09 |
3 # Mechanism 3 |
02:33:09 |
4 # Mechanism 4 |
02:23:36 |
5 # Mechanism 5 |
02:40:25 |
6 # Mechanism 6 |
02:33:49 |
7 # Velocity analysis |
02:33:25 |
8 # Velocity analysis 2 |
01:01:22 |
9 # Velocity analysis 3 |
01:24:01 |
10 # Practice session |
02:38:21 |
11 # Acceleration analysis |
02:38:06 |
12 # GEAR |
02:45:25 |
13 # GEAR 2 |
02:32:26 |
14 # GEAR 3 |
02:28:15 |
15 # Gear train |
02:27:02 |
16 # CAM |
02:27:57 |
17 # Flywheel |
02:25:42 |
18 # Flywheel 2 |
02:32:03 |
19 # Flywheel 3 |
02:25:14 |
20 # Governor |
01:58:16 |
21 # Governor 2 |
02:18:24 |
22 # Balancing |
02:43:20 |
23 # Gyroscope |
02:20:56 |
24 # Mechanical vibration |
02:02:37 |
25 # Mechanical vibration 2 |
01:57:33 |
26 # Mechanical vibration 03 |
01:31:57 |
27 # Mechanical vibration 04 |
01:09:27 |
1 # Introduction of machine design |
01:37:04 |
2 # Static loading |
02:07:35 |
3 # Fatigue loading |
01:45:03 |
4 # Endurance limit and stress concentration |
02:16:26 |
5 # Stress concentration |
01:53:07 |
6 # Soderberg line |
01:51:26 |
7 # CLUTCH |
02:03:51 |
8 # CLUTCH - 2 |
02:16:26 |
9 # Bearing |
02:08:04 |
10 # Bearing - 2 |
01:39:07 |
11 # Bearing - 3 |
02:07:11 |
12 # Belt drive |
02:11:43 |
13 # Belt drive - 2 |
02:07:23 |
14 # Belt drive - 3 |
01:43:35 |
15 # Rivet joint |
01:32:42 |
16 # Rivet joint |
01:17:53 |
17 # Spring |
01:55:16 |
18 # Gear design |
01:36:56 |
19 # Key and other topic |
01:54:45 |
20 # Key and other topic |
00:00:00 |
1 # Welding |
01:48:27 |
2 # Arc welding |
02:08:12 |
3 # Arc welding |
02:09:05 |
4 # MIG Welding |
01:24:14 |
5 # Swm welding |
02:20:54 |
6 # Gas Welding |
01:53:23 |
7 # Gas Welding |
01:59:40 |
8 # Gas Welding |
01:43:11 |
9 # Resistance Welding |
02:04:33 |
10 # Resistance Welding |
01:49:15 |
11 # Hetrogenous welding |
01:49:48 |
12 # Solid State Welding |
02:16:54 |
13 # CASTING |
02:26:27 |
14 # CASTING |
02:33:15 |
15 # CASTING |
02:23:31 |
16 # CASTING |
02:26:50 |
17 # CASTING |
02:19:40 |
18 # CASTING |
02:21:14 |
19 # CASTING |
02:27:42 |
20 # CASTING |
02:21:26 |
21 # CASTING |
02:04:18 |
22 # CASTING |
02:20:42 |
23 # Limit fit tolrence |
02:22:42 |
24 # Limit fit tolrence |
01:52:52 |
25 # METROLOGY 3 |
02:37:25 |
26 # Sheet metal |
02:06:11 |
27 # Sheet metal |
02:36:47 |
28 # Sheet metal |
02:27:24 |
29 # Non traditional machining |
02:08:34 |
30 # FORMING PROCESS |
02:15:18 |
31 # FORMING PROCESS - 2 |
02:32:03 |
32 # FORMING PROCESS - 3 |
02:18:40 |
33 # Doubt Class |
02:17:45 |
34 # Metal Cutting |
02:16:47 |
35 # Metal cutting 2 |
02:24:55 |
36 # Metal cutting - 3 |
02:20:54 |
37 # Metal cutting - 4 |
02:31:57 |
38 # Metal cutting - 5 |
02:17:15 |
39 # Metal cutting - 6 |
01:46:05 |
40 # Metal cutting - 7 |
02:11:35 |
41 # Metal cutting - 8 |
02:15:50 |
42 # Drilling |
04:05:27 |
1 # Basic Properties Of fluid |
02:17:27 |
2 # Basic Properties Of fluid |
02:47:03 |
3 # Basic Properties Of fluid |
02:54:52 |
4 # Basic Properties Of fluid |
02:57:32 |
5 # Pressure measurement |
02:55:38 |
6 # Pressure measurement |
02:56:15 |
7 # Pressure measurement |
02:22:46 |
8 # Pressure measurement |
00:29:51 |
9 # Buoyancy |
02:56:08 |
10 # Buoyancy |
03:04:37 |
11 # Fluid Kinematics |
02:56:43 |
12 # Fluid Kinematics |
02:41:50 |
13 # Fluid Kinematics |
02:09:49 |
14 # Fluid Kinematics |
01:28:56 |
15 # Fluid Kinematics |
02:46:43 |
16 # Fluid Dynamics |
02:26:01 |
17 # Fluid Dynamics |
02:39:56 |
18 # Fluid Dynamics |
02:43:55 |
19 # Flow Through Pipes |
02:53:50 |
20 # Flow Through Pipe |
02:48:57 |
21 # Flow Through Pipe |
02:45:00 |
22 # Turbulent Flow and dimensional analysis |
02:32:41 |
23 # Turbulent Flow and dimensional analysis |
02:29:43 |
24 # Impact of Jet |
02:52:28 |
25 # Turbine |
02:40:38 |
26 # Turbine |
02:42:27 |
27 # Turbine |
03:15:02 |
28 # Pump |
01:39:53 |
1 # Introduction Of Stress & Strain |
02:52:21 |
2 # Introduction Of Stress & Strain |
01:16:15 |
3 # Introduction Of Stress & Strain |
01:16:43 |
4 # APPLICATION OF HOOKS LAW |
02:27:13 |
5 # APPLICATION OF HOOKS LAW |
02:17:36 |
6 # APPLICATION OF HOOKS LAW |
02:14:13 |
7 # Elastic Constant |
02:25:28 |
8 # Elastic Constant |
02:24:12 |
9 # Strain energy |
02:37:26 |
10 # Theremal Stress |
02:20:48 |
11 # Thermal stress and properties of material |
01:59:25 |
12 # Properties of material |
02:28:45 |
13 # Sfd & bmd |
02:13:40 |
14 # Sfd & Bmd |
03:04:30 |
15 # Sfd & Bmd |
02:34:41 |
16 # Sfd & Bmd |
02:36:54 |
17 # Sfd & Bmd |
01:18:29 |
18 # Sfd & Bmd |
00:47:47 |
19 # Sfd & Bmd |
02:30:31 |
20 # Sfd & Bmd |
02:11:17 |
21 # Bending Stress |
02:27:01 |
22 # Bending Stress |
02:23:41 |
23 # Bending and torsional |
02:25:56 |
24 # Torsional stress |
02:21:36 |
25 # Torsional stress |
02:36:02 |
26 # Shear Stress Distribution |
02:27:45 |
27 # Column |
02:03:18 |
28 # Column |
02:23:34 |
29 # Thin cylinder |
02:30:27 |
30 # Complex stress |
02:43:04 |
31 # Mohr circle |
01:40:26 |
32 # Mohr circle |
02:15:37 |
33 # Deflaction |
02:24:15 |
34 # Deflection |
02:29:17 |
35 # Spring and theroy of failure |
02:49:51 |
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