What you'll learn
After the completion of this course students will get the complete knowledge of "Strength Of Materials".
Course Curriculum
9 Sections • 202 Lectures
Free Preview Available: Watch "1. Introduction 1.mp4" before enrolling.
1. Introduction 1.mp4
Free Preview
00:17:26
2. Introduction 2.mp4
Free Preview
00:13:10
3. Basic Concept 3.mp4
00:11:57
4. SF BM and AF of Determinate Structure.mp4
00:16:11
5. SFD,BMD and AFD.mp4
00:08:17
6. Relation Between Load SF and BM 1.mp4
00:10:22
7. Relation Between Load SF and BM 2.mp4
00:08:42
8. Superposition Theorem.mp4
00:07:04
9. Analysis of Rigid Frame.mp4
00:13:12
10. Example No. 1.mp4
00:37:24
11. Example No. 2.mp4
00:50:33
12. Example No. 3.mp4
00:34:58
13. Example No. 4.mp4
00:30:44
1. Center of Gravity and Area.mp4
00:14:43
2. Centroid of Plane Figure.mp4
00:09:23
3. Axis of Symmetry.mp4
00:10:00
4. Centroid of Composite Plane.mp4
00:11:15
5. Moment of Inertia.mp4
00:11:55
6. Radius of Gyration.mp4
00:05:39
7. Perpendicular Axis Theorem.mp4
00:08:22
8. Parallel Axis Theorem.mp4
00:09:21
19. Example No. 1.mp4
00:28:57
9. MOI of Plane Figure.mp4
00:08:37
10. MOI of Composite Figure.mp4
00:17:43
11. Product of Inertia.mp4
00:09:20
12. Parallel Axis Theorem for POI.mp4
00:07:54
13. POI of Right Angled Triangle.mp4
00:07:13
14. POI of Quarter Circle.mp4
00:07:13
15. POI of Composite Figure.mp4
00:10:33
16.POI and MOI of Inclined Axes.mp4
00:15:33
17. Principal MOI and Axes.mp4
00:17:06
18. Mohr Circle.mp4
00:10:58
20. Example No. 2.mp4
00:14:51
21. Example No. 3.mp4
00:18:55
1. Simple Stress.mp4
00:14:29
2. Strain.mp4
00:06:04
3. Stress Strain Relation.mp4
00:18:08
4. Hooke's Law and Youngs Modulus.mp4
00:04:28
5. Deformation of Uniform Bar due to Axial Load.mp4
00:03:30
6. Ultimate Strength and Working Stress.mp4
00:06:17
7. Factor Affecting FOS.mp4
00:07:04
8. Thermal Stress and Strain.mp4
00:09:38
9. Stress Strain for Plain Bar.mp4
00:09:38
10. Stress Strain for Composite Bar.mp4
00:08:12
11. Poisson's Ratio.mp4
00:06:17
12. Shear Stress, Strain and Modulus of Rigidity.mp4
00:07:25
13. Volumetric Strain.mp4
00:12:17
14. Volumetric Strain of Three Mutually Perpendicular Stress System.mp4
00:12:01
15. Relation Between K,E and G (1).mp4
00:14:35
15. Relation Between K,E and G.mp4
00:14:35
16. Deformation of Tapering Section.mp4
00:13:33
17. Elongation due to Self Weight of Rectangle and Circular Bar.mp4
00:09:11
18. Elongation due to Self Weight of Tapering Bar.mp4
00:05:57
19. Elongation due to Self Weight of Truncated Cone.mp4
00:12:44
20. Stically Indeterminate Problem.mp4
00:07:16
22. Temperature Stress in End Supported Bar.mp4
00:04:51
23. Stress Concentration.mp4
00:07:29
24. Example No. 1.mp4
00:09:12
25. Example No. 2.mp4
00:06:57
26. Example No. 3.mp4
00:10:28
27. Example No. 4.mp4
00:07:29
28. Example No. 5.mp4
00:05:48
29. Example No. 6.mp4
00:09:34
30. Example No. 7.mp4
00:15:13
31. Example No. 8.mp4
00:10:37
32. Example No. 9.mp4
00:08:34
1. Introduction.mp4
00:10:51
2. Direct shear Condition.mp4
00:17:44
3. Bi axial Stress Condition.mp4
00:10:25
4. Pure Shear Condition.mp4
00:12:02
5. Bi axial and Shear Stress Condition.mp4
00:14:46
6. Principal Plane and Stresses.mp4
00:19:29
7. Maximum Shear Stress.mp4
00:12:22
8. Mohr Circle for Like Stresses.mp4
00:11:01
9. Mohr Circle for Unlike Stresses.mp4
00:07:06
10. Mohr Circle for General Case.mp4
00:18:37
11. Example No. 1.mp4
00:15:50
12. Example No. 2.mp4
00:10:42
13. Example No. 3.mp4
00:10:07
14. Example No. 4.mp4
00:05:19
15. Example No. 5.mp4
00:07:44
16. Example No 6.mp4
00:07:44
17. Example No. 7.mp4
00:15:34
1. Introduction.mp4
00:12:17
2. Analysis of Hoop Stress.mp4
00:09:13
3. Analysis of Longitudinal stress.mp4
00:09:45
4. Strain Analysis.mp4
00:15:14
5. Stress in Spherical Vessel.mp4
00:05:32
6. Strain in Spherical Vessel.mp4
00:06:29
7. Cylindrical Sheet with Hemispherical Ends.mp4
00:08:22
8. Modification for Joints.mp4
00:06:12
9. Example No. 1.mp4
00:09:53
10. Example No. 2.mp4
00:10:26
11. Example No. 3.mp4
00:08:10
12. Example No. 4.mp4
00:05:41
13. Example No. 5.mp4
00:04:35
1. Introduction.mp4
00:10:07
2. Torque.mp4
00:06:50
3. Angle of Twist.mp4
00:06:56
4. Stress due to Torsion.mp4
00:20:49
5. Polar Modulus of Shaft.mp4
00:09:33
6. Shear Stress Distribution for Shaft.mp4
00:09:28
7. Strength of Circular Shaft.mp4
00:12:48
8. Weight of Circular Shaft__Course Description_.mp4
00:08:13
9. Power Transmitted by a Shaft.mp4
00:08:37
10.Torsional Stiffness and Rigidity.mp4
00:04:15
11. Design of Shaft.mp4
00:06:01
12. Composite Circular Shaft.mp4
00:06:48
13. Indeterminate Shaft.mp4
00:06:01
14. Example No. 1.mp4
00:11:37
15. Example No. 2.mp4
00:07:50
16. Example No. 3.mp4
00:10:44
17. Example No. 4.mp4
00:05:25
18. Example No. 5.mp4
00:05:51
19. Example No. 6.mp4
00:05:51
20. Example No. 7.mp4
00:11:37
21. Example No. 8.mp4
00:09:28
1. Introduction.mp4
00:12:50
2. Terminologies Related to Flexure.mp4
00:11:26
3. Bending Equation.mp4
00:14:03
4. Moment Carrying Capacity.mp4
00:10:19
5. Position of Neutral Axis.mp4
00:06:17
6. Section Modulus.mp4
00:07:31
7. Elastic Curve, Slope and Deflection.mp4
00:05:43
8. Relation between Slope Deflection Radiuss of Curvature and BM.mp4
00:12:42
9. Double Integration Method.mp4
00:06:10
10. Macauleys Method.mp4
00:09:32
11. Macauleys Method for udl.mp4
00:08:50
12. Example No. 1.mp4
00:11:37
13. Example No. 2.mp4
00:08:42
14. Example No. 3.mp4
00:06:26
15. Example No. 4.mp4
00:10:44
16. Example No. 5.mp4
00:18:13
1. Introduction 1.mp4
00:10:33
2. Buckling and Bucklind Load.mp4
00:03:58
3. Stability of Column.mp4
00:07:21
4. End Conditions and their Effects.mp4
00:03:48
5. Euler's Formula.mp4
00:07:19
6. Eulers formula for both ends hinged.mp4
00:10:33
7. Eulers formula for one end free one end fixed.mp4
00:10:59
8. Eulers formula for one fixed one hinged.mp4
00:17:02
9. Eulers formula for two fixed ends.mp4
00:14:22
10. Effective length.mp4
00:08:23
11. Radius of gyration.mp4
00:04:25
12. Rankines formula.mp4
00:07:46
13. Example no. 1.mp4
00:09:00
14. Example no. 2.mp4
00:04:25
15. Example no. 3.mp4
00:13:31
16. Example no 4.mp4
00:08:42
17. Example no. 5.mp4
00:07:26
2075 Ashwin|1. Q. No. 1.mp4
00:48:13
2075 Ashwin|2. Q. No. 2a.mp4
00:04:22
2075 Ashwin|3. Q. No. 2b.mp4
00:17:11
2075 Ashwin|4. Q. No. 3a.mp4
00:00:59
2075 Ashwin|5. Q. No. 3b.mp4
00:07:21
2075 Ashwin|6. Q. No. 4a.mp4
00:04:51
2075 Ashwin|7. Q. No. 4b.mp4
00:00:48
2075 Ashwin|8. Q, No. 5a.mp4
00:01:43
2075 Ashwin|9. Q. No. 5b.mp4
00:00:51
2075 Ashwin|10. Q. No. 6.mp4
00:01:02
2075 Chaitra|1. Q. No. 1a.mp4
00:04:09
2075 Chaitra|2. Q. No. 1b.mp4
00:02:14
2075 Chaitra|3. Q. No. 2a.mp4
00:03:37
2075 Chaitra|4. Q. No. 2b.mp4
00:16:40
2075 Chaitra|5. Q. No. 3a.mp4
00:01:00
2075 Chaitra|6. Q. No 3b.mp4
00:08:13
2075 Chaitra|7. Q. No. 4a.mp4
00:05:08
2075 Chaitra|8. Q. No. 4b.mp4
00:01:10
2075 Chaitra|9. Q. No. 5a.mp4
00:01:13
2075 Chaitra|10. Q. no. 5b.mp4
00:01:51
2075 Chaitra|11. Q. no. 6.mp4
00:02:10
2076 Ashwin|1. Q. No. 1a.mp4
00:14:18
2076 Ashwin|2. Q. No. 1b.mp4
00:31:53
2076 Ashwin|3. Q. No. 2a.mp4
00:01:41
2076 Ashwin|4. Q. No. 2b.mp4
00:19:22
2076 Ashwin|5. Q. No. 3a.mp4
00:05:44
2076 Ashwin|6. Q. No. 3b.mp4
00:14:18
2076 Ashwin|7. Q. No. 4a.mp4
00:07:36
2076 Ashwin|8. Q. No. 4b.mp4
00:01:20
2076 Ashwin|9. Q. No. 5a.mp4
00:01:00
2076 Ashwin|10. Q. No. 5b.mp4
00:01:28
2076 Ashwin|11. Q. No. 6.mp4
00:01:28
2076 Chaitra|1. Q. No. 1a.mp4
00:02:40
2076 Chaitra|2. Q. No. 1b.mp4
00:01:24
2076 Chaitra|3. Q. No. 2a.mp4
00:02:06
2076 Chaitra|4. Q. No. 2b.mp4
00:21:56
2076 Chaitra|5. Q. No. 3a.mp4
00:06:28
2076 Chaitra|6. Q. No. 3b.mp4
00:15:11
2076 Chaitra|7. Q. No. 4.mp4
00:07:45
2076 Chaitra|8. Q. No. 5.mp4
00:07:08
2076 Chaitra|9. Q. No. 6.mp4
00:09:50
2076 Chaitra|10. Q. No. 7.mp4
00:09:24
2076 Chaitra|11. Q. No. 8.mp4
00:00:59
2078 Bhadra|1. Q. No. 1.mp4
00:50:00
2078 Bhadra|2. Q. No. 2a.mp4
00:25:01
2078 Bhadra|3. Q. No. 2b.mp4
00:04:36
2078 Bhadra|4. Q. No. 3a.mp4
00:00:54
2078 Bhadra|5. Q. No. 3b.mp4
00:06:45
2078 Bhadra|6. Q. No. 4a.mp4
00:14:18
2078 Bhadra|7. Q. No. 4b.mp4
00:14:54
2078 Bhadra|8. Q. No. 5a.mp4
00:15:14
2078 Bhadra|9. Q. No. 5b.mp4
00:05:23
Requirements
- Students are required to have basic knowledge of "Strength Of Materials".
Course Description
The videos herein are strictly based on syllabus of Institute of Engineering Tribhuvan University, Nepal promoting "e-Learning in Nepal" and are made with intention to provide guidance to the "Bachelor in Engineering(BE) appearing students", for securing good results. The course deals with the strength, stability, and rigidity of various structures or machine members such as beam, column, shafts etc. This course also contains the solution of most frequently asked questions in final exam of BE. We strongly believe that, viewers will be benefited from these videos and the thirst of curiosity of viewers will be quenched! Feedbacks and suggestion to improve are always welcome and highly appreciated!
Instructor
M
Mero School Academic Team
Senior Academic Instructor • Mero School E-Learning
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45 Days Access Duration
This course includes:
- 202 on-demand video lectures
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- Verified Certificate of completion
- 45 days unrestricted revision access
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