01:38:49

What are teachers doing wrong in class? | Prof. Richard Felder's advice based on education research

10:02

Back to OFFLINE exams! Relief for honest students | IIT prof's views

13:24

How should PhD students prepare for industry career? (+ REAL interview story) | IIT profs discuss

05:44

Can science graduates get industry jobs? | IIT profs discuss

17:37

Does India need so many non-CS, non-IT engineers? Mechanical? Civil? IIT profs discuss

35:37

IIT prof's tips for success in industry job | Experience at Intel, General Motors, General Electric

12:51

Personality traits for success in PhD | IIT prof's advice | PhD Admission

23:10

Academic things to consider before going for a PhD | Part 2 | IIT prof's advice | PhD Admission

19:52

Things to consider before going for a PhD | Part 1 | IIT prof's advice

15:00

Getting back to campus - A few thoughts and a call to action from IIT prof

24:11

IIT prof's tips for UG research

16:05

IIT prof's advice to M.Tech students

13:08

IIT prof's advice for JEE droppers and repeaters (NOT preparation tips!)

19:25

IIT prof's tips for online classes

15:21

IIT prof's advice to 1st year students

30:45

IIT prof reacts to his own student's video (Tharun Speaks)!

19:46

Automatic reference and citation with LaTeX and BibTeX

11:31

What professors want to see in a student project presentation? (Plus an Insider Secret!!)

02:01:27

Flow through Narrow Deformable Confinements - AICTE-ATAL FDP Seminar Talk

11:51

4 common mistakes IITians make during Grand Viva!!!

20:36

[L51] Torsion – 5: Multiply-Connected Region

17:13

[L50] Torsion – 4: Simply-Connected Region

24:51

[L49] Torsion – 3: Derivation (Part 3), Prandtl Stress Function

22:13

[L48] Torsion – 2: Derivation (Part 2)

55:52

[L47] Torsion – 1: Introduction and Derivation (Part 1)

31:15

[L46] Föppl-von Kármán Plate Theory – 4: Derivation (Part 4)

27:11

[L45] Föppl-von Kármán Plate Theory – 3: Derivation (Part 3)

42:21

[L44] Föppl-von Kármán Plate Theory – 2: Derivation (Part 2)

32:53

[L43] Föppl-von Kármán Plate Theory – 1: Introduction and Derivation (Part 1)

29:51

[L42] Classical Plate Theory – 9: Corner Points

22:48

[L41] Classical Plate Theory – 8: Interpretation of Effective Shear

22:13

[L40] Classical Plate Theory – 7: Example (Circular Plate, Point Force at Origin, Clamped Periphery)

32:18

[L39] Classical Plate Theory – 6: Example (Circular Plate, Uniform Loading, Clamped Periphery)

31:42

[L38] Classical Plate Theory – 5: Derivation (Part 5)

17:14

[L37] Classical Plate Theory – 4: Derivation (Part 4)

31:36

[L36] Classical Plate Theory – 3: Derivation (Part 3)

53:13

[L35] Classical Plate Theory – 2: Derivation (Part 2)

32:56

[L34] Classical Plate Theory – 1: Introduction and Derivation (Part 1)

42:42

[L33] Beam Theory – 13: Buckling – 8 (Elastica Solution Using Jupyter Notebook)

13:11

[L32] Beam Theory – 12: Buckling – 7 (Elastica Example Solution, Part 2)

47:39

[L31] Beam Theory – 11: Buckling – 6 (Elastica Example Solution, Part 1)

22:41

[L30] Beam Theory – 10: Buckling – 5 (Elastica)

36:18

[L29] Beam Theory – 9: Buckling – 4 (Alternative Formulation)

39:28

[L28] Beam Theory – 8: Buckling – 3 (Example)

13:02

[L27] Beam Theory – 7: Buckling – 2

42:40

[L26] Beam Theory – 6: Buckling – 1

29:29

[L25] Beam Theory – 5: Lateral and Axial Loading, Using Principle of Virtual Work

33:44

[L24] Beam Theory – 4: Lateral and Axial Load, Using Principle of Stationary Potential Energy

35:54

[L23] Beam Theory – 3: Lateral Loading – Bending: Using Principle of Virtual Work

35:06

[L22] Beam Theory – 2: Lateral Loading – Bending: Using Principle of Stationary Potential Energy

19:16

[L21] Beam Theory – 1: Overview and Prelude

20:30

[L20] Energy Methods – 17: Problems (Part 6) [Applications of Castigliano's theorem on deflections]

27:56

[L19] Energy Methods – 16: Problems (Part 5) [Applications of Castigliano's Theorem]

35:54

[L18] Energy Methods – 15: Problems (Part 4) [Appl. of Castigliano's Theorem; Non-Linear Material]

25:03

[L17] Energy Methods – 14: Problems (Part 3) [Applications of Castigliano's Theorem]

27:33

[L16] Energy Methods – 13: Problems (Part 2) [Applications of Castigliano's Theorem]

42:32

[L15] Energy Methods – 12: Problems (Part 1)

38:42

[L14] Energy Methods – 11: Prelude to Problems

34:14

[L13] Energy Methods – 10: Castigliano's Theorem on Deflections

28:20

[L12] Energy Methods – 9: Modified Complementary Energy