23:12

Lecture 19 : Conclusions

30:58

Lecture 18 : EKW as heritage – Lessons from a Practical Empirical Implementation Project - I

26:57

Lecture 13 : Living Systems infrastructure of Kolkata

31:17

Lecture 14 : Case study 1: The Nalban and Goltala Fisheries

19:58

Lecture 15 : Case study 2: Baro Chaynavi Cooperative

27:27

Lecture 16 : Case study 3: Jhagrashisha

22:06

Lecture 17: EKW as heritage – Lessons from a Practical Empirical Implementation Project - I

30:09

Lecture 12 : Kolkata and EKW - conveying the co-evolutionary narrative

27:48

Lecture 10 : Example 3: The Kaikondrahalli Lake

32:44

Lecture 07 : Urban environmentalisms – lake-based and rights-based

15:05

Lecture 08 : Example 1: The Jakkur Lake

53:37

Lecture 06 : Historicizing lakes of Bangalore – social-ecological perspectives

32:15

Lecture 5 : SDG(s) 11(.4) – Transdisciplinary Possibilities, Pathways, and Actions

22:19

Lecture 4 : Urban Heritage – The Indian Context

31:40

Lecture 3 : Historical Urban Landscape (HUL) – Approach, Toolkit, and Actions

26:56

Lecture 2 : Urban Heritage – Global Conventions and Declarations

11:34

Lecture 1 : Introduction

25:51

Lecture 11 : Kolkata’s heritage – Applying the urban ecological heritage lens

26:37

Lecture 60: Closer

34:55

Lecture 59: Including Non linear Forces in BEM Code (Contd.)

27:13

Lecture 58: Including Non linear Forces in BEM Code

28:44

Lecture 57: Semi Analytic Method (Contd.)

33:34

Lecture 56: Semi Analytic Method

36:53

Lecture 51: Time Domain Panel Method - Code Development

36:57

Lecture 55: Hydroelasticity (Contd.)

34:01

Lecture 54: Hydroelasticity (Contd.)

28:50

Lecture 53: Hydroelasticity

24:06

Lecture 52: Ship Hydroelasticity

26:28

Lecture 50: Non Linear Time Domain Panel Method (Contd.)

30:16

Lecture 49: Non Linear Time Domain Panel Method

27:17

Lecture 48: Time Domain Panel Method (Contd.)

30:17

Lecture 47: Time Domain Panel Method (Contd.)

36:20

Lecture 46: Time Domain Panel Method (Contd.)

30:03

Lecture 45: Time Domain Panel Method (Contd.)

30:07

Lecture 44: Time Domain Panel Method

33:47

Lecture 43: Strip Theory part - 7

29:31

Lecture 42: Strip Theory part - 6

29:23

Lecture 41: Strip Theory part - 5

30:24

Lecture 40: Strip Theory Part - 4

32:32

Lecture 39: Strip Theory Part - 3

30:22

Lecture 38: Strip Theory Part - 2

30:26

Lecture 37: Strip Theory

30:21

Lecture 36: Forward Speed Effects

31:31

Lecture 35: Numerical Computation of IRF Based Method (Contd.)

32:09

Lecture 34: Numerical Computation of IRF Based Method

27:34

Lecture 33: Time Domain Solution Using IRF (Contd.)

30:57

Lecture 32: Time Domain Solution Using IRF

30:13

Lecture 31: IRF Based Solution - Part 2

33:18

Lecture 30: IRF Based Solution

30:34

Lecture 29: Cummins Equation

34:09

Lecture 28: Frequency Domain Panel Method (Contd.)

35:10

Lecture 27: Frequency Domain Panel Method (Contd.)

34:33

Lecture 26: Frequency Domain Panel Method (Contd.)

30:56

Lecture 25: Frequency Domain Panel Method (Contd.)

29:20

Lecture 24: Frequency Domain Panel Method (Contd.)

29:38

Lecture 23: Frequency Domain Panel Method (Contd.)

28:55

Lecture 22: Frequency Domain Panel Method (Contd.)

31:47

Lecture 21: Frequency Domain Panel Method

36:20

Lecture 20: Demonstration of Panel Method Code

37:05

Lecture 19: Case Study Part 2