01:15:04

Structural Reliability. Stochastic FEM and summary of the course (Lecture 20)

53:40

Vulnerability of Hospital buildings and Sri Kedarnath temple

53:02

Repair and rehabilitation of structures (Part 1)

33:08

Machine learning for prediction of ground motion- Matlab Demo

01:58:26

Machine learning for prediction of ground motion - Deep neural networks

02:33:53

Machine learning for prediction of ground motion - Shallow Neural Networks

30:41

Basic steel design. Plastic analysis. Continuous beams and frames. Kinematic method (Lecture 44)

51:27

Basic steel design. Plastic analysis. Static method and Kinematic method. Beams (Lecture 43)

47:48

Basic steel design. Plastic analysis. Theorems (static and kinematic) (Lecture 42)

50:35

Basic steel design. Plastic analysis. Incremental method (Lecture 41)

38:43

Engineering seismology and hazard assesment (Lecture 20). CRISIS demonstration

50:45

Basic steel design. Plastic analysis (Lecture 40)

27:35

Planetary geology and seismology (Lecture 16).

33:57

Planetary geology and seismology (lecture 17)

56:32

Planetary geology and seismology. Normal Modes (Lecture 15)

01:05:26

planetary geology and seismology (lecture 14)

01:08:26

Planetary geology and Seismology (Lecture 13)

53:25

Basic Steel design. Introduction to beam design (Lecture 29)

47:46

Planetary Geology and Seismology (Lecture 12)

01:13:24

Planetary Geology and Seismology (Lecture 11)

01:10:18

Planetary Geology and seismology (Lecture 10)

01:11:29

Planetary geology and seismology (Lecture 8)

01:17:07

Planetary geology and Seismology (Lecture 9)

47:39

Planetary geology and seismology (Lecture 7)

01:10:00

Planetary Geology and Seismology (Lecture 6)

01:10:33

planetary geology and Seismology ( Lecture 5)

01:12:44

Planetary geology and Seismology (lecture 4)

55:52

Planetary Seismology (Lecture 3)

01:13:34

Planetary Geology and Seismology (Lecture 2)

01:03:12

Planetary Geology and Seismology (Lecture 1)

53:19

Basic steel design of structures. Dead loads and Live loads (lecture 6)

01:03:29

Seismic Response of Indo-Gangetic Basin

01:07:30

Structural Reliability. Stochastic finite element method. introduction (Lecture 19)

01:09:03

Structural Reliability. Implicit performance functions. Response surface approach (Lecture 18)

01:04:26

Structural Reliability. System reliability. Series and Parallel systems (Lecture 17)

01:14:23

Structural Reliability. Calculation of Reliability index and design points (Lecture 16)

01:11:20

Structural Reliability. Hasofer Lind Reliability index (Lecture 15)

01:11:32

Structural Reliability. introduction to Reliability.Limit state (Lecture 14)

01:06:22

Structural Reliability. Monte-Carlo simulation (Lecture 13)

01:13:24

Structural Reliability. Extreme value distributions. Monte-Carlo simulation (Lecture 12)

01:13:46

Structural Reliability. Extreme value theory (Lecture 11)

01:08:53

Structural reliability. Functions of random variable. Nonlinear functions (Lecture 10)

01:07:15

Structural Reliability. Functions of random variable. (Lecture 9)

01:15:04

Structural Reliability. Two-dimensional random variables. Function of random variable (Lecture 8)

01:10:41

Structural Reliability. Cont.random variables. Two-dimensional discrete random variables(Lecture 7)

36:11

Structural stability. energy methods (Class 6A)

01:08:38

Structural Reliability. Poisson and normal random variables (Lecture 6)

01:14:59

Structural Reliability. Characteristic function. Bernoulli and Binomial random variables.(Lecture 5)

01:15:44

Structural Reliability. Random variable, Probability Distribution and Density function (Lecture 4)

57:49

Structural reliability. Total Probability theorem, Baye's theorem. Independence (Lecture 3)

01:11:57

Structural Reliability. Definition of Probability, Conditional Probability (Lecture 2)

47:23

Structural Reliability. Introduction to the course. (Lecture 1)

51:57

Basic steel design. Tutorial on beam columns, Gusset base, tension field

49:56

Basic steel design. Beam-columns and Column bases (Lecture 39)

53:59

Basic steel design. plate girder problem and beam columns (Lecture 38)

54:30

Basic steel design. plate girder design. examples (Lecture 37)

39:36

Engineering seismology and seismic hazard assesment. Wave equations (Lecture 19)

01:04:26

engineering seismology and seismic hazard assessment. Wave equations (Lecture 18)

55:31

Basic steel design. Plate girder design steps (Lecture 36)

52:21

Basic steel design. Plate girder. Bending and shear capacity (Lecture 35)