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jc

@JC

This YouTube channel is maintained by me, Jeevanjyoti Chakraborty, personally. I am currently an Assistant Professor in the Mechanical Engineering Department of IIT Kharagpur. Through this channel, I share mostly video lectures on various topics involving mostly mechanics, solid mechanics, and elasticity that I teach here at IIT Kharagpur to undergraduate (Bachelor of Technology), postgraduate (Master of Technology, and Ph.D. students. I have also started sharing some videos which will be of general interest to the student community.

Personal Website: http://www.facweb.iitkgp.ac.in/~jeevanjyoti/

207
2022-06-29
0.0 LBC

23:09

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

jc

Shared 28/01/2022

19:51

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

jc

Shared 14/01/2022

14:59

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

jc

Shared 30/12/2021

24:10

IIT prof's tips for UG research

jc

Shared 17/12/2021

16:04

IIT prof's advice to M.Tech students

jc

Shared 10/12/2021

13:07

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

jc

Shared 03/12/2021

19:24

IIT prof's tips for online classes

jc

Shared 27/11/2021

15:20

IIT prof's advice to 1st year students

jc

Shared 21/11/2021

30:45

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

jc

Shared 13/11/2021

19:45

Automatic reference and citation with LaTeX and BibTeX

jc

Shared 11/11/2021

11:30

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

jc

Shared 07/11/2021

11:50

4 common mistakes IITians make during Grand Viva!!!

jc

Shared 24/10/2021

17:12

[L50] Torsion – 4: Simply-Connected Region

jc

Shared 19/03/2021

20:35

[L51] Torsion – 5: Multiply-Connected Region

jc

Shared 19/03/2021

24:50

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

jc

Shared 18/03/2021

55:51

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

jc

Shared 16/03/2021

22:12

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

jc

Shared 16/03/2021

27:10

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

jc

Shared 12/03/2021

31:14

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

jc

Shared 12/03/2021

42:20

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

jc

Shared 08/03/2021

32:52

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

jc

Shared 08/03/2021

29:50

[L42] Classical Plate Theory – 9: Corner Points

jc

Shared 06/03/2021

22:47

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

jc

Shared 04/03/2021

22:12

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

jc

Shared 02/03/2021

32:17

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

jc

Shared 25/02/2021

31:41

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

jc

Shared 18/02/2021

17:13

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

jc

Shared 16/02/2021

31:35

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

jc

Shared 10/02/2021

53:12

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

jc

Shared 09/02/2021

32:55

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

jc

Shared 09/02/2021

42:41

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

jc

Shared 04/02/2021

47:38

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

jc

Shared 04/02/2021