Все публикации

0:40:26

Lec 19: Wilson Theta and Newmark Method

0:58:40

Lec 18: Nigam & Jennings and Central Difference method

0:47:47

Lec 16: Response in Frequency Domain

0:45:09

Lec 17: Response due to Periodic and Non Periodic Excitations

0:30:15

Lec 15:Duhamel’s Integral

0:42:36

Lec 14: Impulse Response function

0:29:06

Lec 35: Hot working and cold working

0:47:04

Lec 12: Transmissibility & Support Motion Problem

0:51:18

Lec 13: Examples Set 2

0:42:33

Lec 13: Examples Set 1

0:25:42

Lec 10: Response due to Harmonic Excitation Contd.

0:39:22

Lec 8: Damped Forced Vibration

0:30:29

Lec 9: Response due to Harmonic Excitation

0:30:37

Lec 7: Structural Damping

0:41:06

Lec 6:Logarithmic Decrement & Coulomb Damped Free Vibration

0:39:29

Lec 4: Undamped Free Vibration

0:50:53

Lec 5: Damped free vibration

0:38:46

Lec 3: Examples

0:31:18

Lec 2: Simple Harmonic Motion

0:49:42

Lec 1: D’Alembert Principle & Degrees of Freedom

0:05:16

Nanophotonics, Plasmonics, And Metamaterials [Introduction Video]

0:14:36

Machine Learning And Deep Learning - Fundamentals And Applications [Introduction Video]

0:16:33

Multi-Core Computer Architecture [Introduction Video]

0:09:44

Petroleum Reservoir Engineering [Introduction Video]