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UA - ME 431: Single Degree-of-freedom Response
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ME 431: Fundamentals of Mechanical Vibrations
The University of Akron
For comments and questions please contact:
D. Dane Quinn
Professor, Department of Mechanical Engineering
The University of Akron
The University of Akron
For comments and questions please contact:
D. Dane Quinn
Professor, Department of Mechanical Engineering
The University of Akron
0:38:43
UA - ME 431: Single Degree-of-freedom Response
0:22:11
UA - ME 431: Imbalance
0:41:05
UA - ME 431: Connected Objects
0:28:42
UA - ME 431: Vibration Absorbers
0:39:14
UA - ME 431: Constraints
1:09:00
UA - ME 431: Modeling
0:13:36
UA - ME 431: Equivalent Parameters
0:44:49
UA - ME 431: Linearization
0:10:40
UA - ME 431: Degree-of-Freedom
0:36:14
UA - ME 431: Equivalent Springs
0:40:15
UA - ME 431: Internal Constraints
0:36:11
UA - ME 431: Composite Objects
0:26:59
UA ME 431: Spring-Mass-Damper
0:36:54
UA - ME 431: Coordinates
0:33:09
UA - ME 431: Multi-degree-of-freedom Solution, Example
0:18:44
UA - ME 431: Lagrange's Equations, Example
0:16:24
UA - ME 431: Frequency Squared Response
0:36:47
UA - ME 431: Lagrange's Equations
0:21:50
UA - ME 431: Harmonic Excitation
0:41:57
UA - ME 431: Mechanical Vibrations
0:20:56
UA - ME 431: Energy
0:12:56
UA - ME 431: Base Excitation
0:48:55
UA - ME 431: Generalized Forces
0:56:09
UA - ME 431: Harmonic Response
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