51:27

Lec 42 Proof of the denominator identity

24:27

Lec 41 Deniminator Identity - Prep 2

33:39

Lec 40 Deniminator Identity - Prep 1

39:24

Lec 39 Character theory - II

27:52

Lec 38 Character theory.

37:52

Lec 37 Standard cyclic irreducible modules.

37:45

Lec 36 Finite dimensional standard cyclic irreducible modules.

32:05

Lec 35 Verma modules and standard cyclic irreducible modules.

25:40

50 Recap of week 10

30:15

49 Shear wave imaging

34:18

48 Ultrasound elastography

20:43

47 Bioeffects and safety

34:01

46 Ultrasound bioeffects

33:26

45 Recap of week 9

28:40

44 Quantitative Ultrasound

30:26

43 Color and Power Doppler ultrasound

29:12

42 Doppler ultrasound

36:24

41 Field II imaging simulations

32:02

40 Recap of week 8

40:07

39 Nonlinear acoustics and imaging

24:23

38 Contrast-enhanced imaging

27:50

37 Contrast agents

27:40

36 Ultrasound image quality metrics

29:22

Lec 61 Course summary part 2.

30:32

Lec 60 Course summary part 1

24:09

Lec 59 Why do we take the real value of the solution in acoustic wave problems

40:21

Lec 58 Acoustic potential, combined systems, special techniques for solving acoustic wave equation

39:53

Lec 57 The radiation impedance and acoustic power

29:35

Lec 56 Branched systems, Helmholtz resonator

30:20

Lec 55 Total soln of forced wave eqn with initial conditns using Laplace transform and Fourierseries

44:37

Lec 54 Total soln of harmonically forced wave equation with initial conditions using Fourier series

37:40

Lec 53 Transient solution of the wave equation using Fourier series

42:15

Lec 52 Frequency analysis of sounds in terms of third octave bands

30:30

Lec 51 Average mean square value of different frequency sinusoids

34:46

Lec 50 Measures of sound contd.

37:12

Lec 49 Measures of sound

38:48

Lec 48 Green function inside a rigid walled cylinder.

44:00

Lec 47 Sound field inside a rigid walled hollow cylinder due to initial conditions contd.

21:52

Lec 46 Modeshape visualization inside a rigid walled cylinder

39:51

Lec 45 Sound field inside a rigid walled hollow cylinder due to initial conditions

47:48

Lec 44 Sound field inside a rigid walled box due to a harmonic source

37:23

Lec 43 Sound field inside a rigid walled box due to initial conditions.

48:17

Lec 42 The Sommerfeld radiation condition

34:13

Lec 41 Physics of the sound field of the oscillating piston (cap) on a rigid sphere.

27:50

Lec 40 Physics of the sound field of an oscillating piston in a rigid baffle contd.

26:41

Lec 39 Physics of the sound field of an oscillating piston in a rigid baffle.

30:17

Lec 38 Sound field of an oscillating piston in a rigid baffle contd.

32:20

Lec 37 Sound field of an oscillating piston in a rigid baffle

35:01

Lec 56 Spectroscopy (Contd-3)

46:14

Lec 55 Spectroscopy (Contd-2)

47:57

Lec 54 Spectroscopy at various time scale

45:10

Lec 53 Kramers-Kronig and Spectroscopy

32:46

Lec 52 Kramers-Kronig relations

27:54

Lec 51 Causality

42:35

Lec 50 Resonance

45:06

Lec 49 Relaxation vs Resonance

43:16

Lec 48 Atomistic picture of Dielectric constant

39:54

Lec 47 Small Signal Measurement

46:58

Lec 46 Measurement of response function

42:52

Lec 45 Onsagers theory: A few case studies