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source: Roger Moore 2013年12月23日
PHYS 146: Fluids and Waves at the University of Alberta. For the iBook on the course go to:
https://itunes.apple.com/us/book/flui...
Elasticity part 1: Stress and Strain This lecture introduces the concept of elasticity and covers the definitions of different types of mechanical stress and strain. 32:23
Elasticity part 2: Young's Modulus 36:45
Elasticity part 3: Moduli of Elasticity 22:40
Elasticity part 4: Elastic Limits 20:19
Fluid Statics, part 1: Pressure and Density 12:33
Fluid Statics part 2: Static Pressure 26:15
Fluid Statics, part 3: Pressure Gauges 18:41
Fluid Statics, part 4: Buoyancy 19:32
Fluid Dynamics, part 1: Fluid Flow 14:57
Fluid Dynamics, part 2: Bernoulli's Equation 25:54
Fluid Dynamics, part 3: Viscosity 16:10
Oscillations Part 1: Derivation of Simple Harmonic Motion 26:01
Oscillations Part 2: SHM Parameters 17:24
Oscillations Part 3: Phasors 28:29
Oscillations Part 4: Kinematics and Energy 30:58
Oscillations Part 5: Pendulums 26:50
Oscillations Part 6: Damped Oscillators 34:16
Oscillations Part 7: Driven Oscillators 17:53
Oscillations Part 8: Resonance 31:56
Waves part 1: Wave Types and Properties 25:28
Waves part 2: The Wave Equation 17:51
Waves part 3: Solving the Wave Equation 26:01
Waves part 4: Waves on a String 29:10
Waves part 5: Acoustic Waves 20:47
Waves part 6: Wave Intensity 13:10
Waves part 7: Superposition 26:04
Waves part 8: Interference 29:41
Waves part 9: Standing Waves 36:37
Waves part 10: The Doppler Effect 25:57
Light Waves part 1: Reflection and Refraction 32:45
Light Waves part 2: Lenses 30:32
Light Waves part 3: The Lens Equation 24:43
Light Waves part 4: Dispersion 32:58
Light Waves part 5: Polarization 22:26
Light Waves part 6: Interference 36:25
Light Waves part 7: Diffraction at Slits 34:49
Light Waves part 8: Diffraction Grating 24:07
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