49:03duration 49 minutes 3 seconds
01 - Course Introduction Session 1
From mjp337@cornell.edu
47:44duration 47 minutes 44 seconds
02 - 1D mechanics; Balls cones & friction…
02 - 1D mechanics; Balls cones & friction Session 2
47:39duration 47 minutes 39 seconds
03 - 1D mechanics; Harmonic oscillator; Matlab…
03 - 1D mechanics; Harmonic oscillator; Matlab ODE integration Session 3
48:00duration 48 minutes 0 seconds
04 - Matlab ODE & Harmonic Oscillator…
04 - Matlab ODE & Harmonic Oscillator cont'd Session 4
48:06duration 48 minutes 6 seconds
05 - Forcing & Damping; Resonance; 1 DoF…
05 - Forcing & Damping; Resonance; 1 DoF Oscillator Session 5
47:53duration 47 minutes 53 seconds
06 - Multiple DoF in 1D Session 6
47:46duration 47 minutes 46 seconds
07 - 2-DoF (cont'd) w/ Matlab Session 7
47:02duration 47 minutes 2 seconds
08 - Normal Modes; Midpoint Method; Collisions…
08 - Normal Modes; Midpoint Method; Collisions Session 8
47:33duration 47 minutes 33 seconds
09 - Spatial Dynamics Session 9
48:25duration 48 minutes 25 seconds
10 - Matlab ODE for Flying Particle in 2D Session…
10 - Matlab ODE for Flying Particle in 2D Session 10
45:06duration 45 minutes 6 seconds
11 - Collisions; Particles in Space Session 11
47:24duration 47 minutes 24 seconds
12 - 2D particles in space in Matlab; Pulleys…
12 - 2D particles in space in Matlab; Pulleys Session 12
48:53duration 48 minutes 53 seconds
13 - Constrained 1D motion w/ 2D forces Session 13
47:09duration 47 minutes 9 seconds
14 - Circular Motion: Simple Pendulum Session 14
49:13duration 49 minutes 13 seconds
15 - Mechanics Review; Circular Motion…
15 - Mechanics Review; Circular Motion (cont'd) Session 15
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