# click the upper-left icon to select videos from the playlist
source: Saylor Academy 2012年2月7日
ME102: Mechanical Engineering: Mechanics of Materials
WATCH MORE VIDEOS HERE: http://www.youtube.com/playlist?list=...
Licensed under a Creative Commons Attribution 3.0 Unported License. ( http://creativecommons.org/licenses/b... )
Ken Manning's "Mechanics of Materials - Introduction" 1:12:05
Ken Manning's "Mechanics of Materials - Stress" 1:09:56
Ken Manning's "Mechanics of Materials - Deformation" 1:05:37
Ken Manning's "Mechanics of Materials - Strain" 1:09:37
Ken Manning's "Mechanics of Materials - Stress/Strain" 1:15:27
"Mechanics of Materials - Poisson's Ratio" 1:18:05
"Mechanics of Materials - Axial Loading" 1:15:06
"Mechanics of Materials - Static Indeterminacy" 1:16:56
"Mechanics of Materials - Torsion of a Circular Shaft" 1:22:42
"Mechanics of Materials - Angle of Twist" 1:13:57
"Mechanics of Materials - Twist, and Stress Concentrations" 1:22:23
"Mechanics of Materials - Shear-Moment Diagrams" 1:15:48
"Mechanics of Materials - Bending in Prismatic Beams" 1:20:55
"Mechanics of Materials - More Bending, and Composite Beams" 1:02:46
"Mechanics of Materials - Composite and Reinforced Concrete Beams" 1:21:37
"Mechanics of Materials - Transverse Shear" 1:20:23
"Mechanics of Materials- Thin-Walled Vessels and Combined Loading" 1:15:38
"Mechanics of Materials- Plane Stress and Mohr's Circle" 1:26:58
"Mechanic of Materials- Basis of Beam Design" 1:18:41
"Mechanics of Materials- Mohr's Circle Pt. 2" 1:22:24
"Mechanics of Materials - Thermal Effects" 1:09:05
"Mechanics of Materials - Support of Columns" 1:18:30
"Mechanics of Materials- Deflection of Beams by Superposition" 1:19:00
"Mechanics of Materials- Columns" 1:19:10
"Mechanic of Materials - Shear, Connections" 1:10:37
"Mechanics of Materials - Shaft Design" 1:20:19
"Mechanics of Materials - Beam Deflection" 1:17:37
"Space Trusses" 54:55
"Trusses- Method of Sections" 55:31
"Frames" 56:52
"Frames and Machines" 55:36
"Frames and Machines" 51:50
"Trusses - Methods of Joints" 53:52
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Showing posts with label C. (main sources)-Saylor Academy. Show all posts
Showing posts with label C. (main sources)-Saylor Academy. Show all posts
2017-02-24
Dynamics by Ken Manning (Saylor Academy)
# click the upper-left icon to select videos from the playlist
source: Saylor Academy 2012年2月8日
Lectures used in ME202 as part of our Mechanical Engineering area of study on http://www.saylor.org
Licensed under a Creative Commons Attribution 3.0 Unported License. (http://creativecommons.org/licenses/b... )
Ken Manning's "Dynamics - Introduction" 1:12:29
Ken Manning's "Dynamics - Rectilinear Coordinates" 1:15:52
Ken Manning's "Dynamics - Curvilinear Motion" 1:11:34
Ken Manning's "Dynamics - Normal Coordinates" 1:22:01
Ken Manning's "Dynamics - Polar Coordinates" 1:17:52
Ken Manning's "Dynamics - Constrained Motion" 1:19:44
Ken Manning's "Dynamics - Relative Motion" 1:09:33
Ken Manning's "Dynamics - Particle Linear Kinetics" 1:18:07
Ken Manning's "Dynamics - Work Energy I" 1:18:51
Ken Manning's "Dynamics - Linear Momentum" 1:16:01
Ken Manning's "Dynamics - Curvilinear Kinetics" 1:19:55
Ken Manning's "Dynamics - Work - Energy II" 1:11:26
Ken Manning's "Dynamics - Angular Momentum" 1:09:43
Ken Manning's "Dynamics - Impact" 1:16:37
Ken Manning's "Dynamics - Rigid Body Kinematics" 1:23:48
Ken Manning's "Dynamics - Absolute Motion" 1:18:49
Ken Manning's "Dynamics - Relative Velocity" 1:19:12
Ken Manning's "Dynamics - Instantaneous Center" 1:04:24
Ken Manning's "Dynamics - Relative Acceleration" 1:18:08
Ken Manning's "Dynamics - Rigid Body Rotation" 1:20:50
Ken Manning's "Dynamics- Rigid Body Translation" 1:18:29
Ken Manning's "Dynamics - General Rigid Body Motion" 1:18:33
Ken Manning's "Dynamics - Rigid Body Impulse-Momentum" 1:17:16
Ken Manning's "Dynamics - Central Force Motion" 1:02:37
"Dynamics - Work/Energy Method for Rigid Bodies" 1:20:53
source: Saylor Academy 2012年2月8日
Lectures used in ME202 as part of our Mechanical Engineering area of study on http://www.saylor.org
Licensed under a Creative Commons Attribution 3.0 Unported License. (http://creativecommons.org/licenses/b... )
Ken Manning's "Dynamics - Introduction" 1:12:29
Ken Manning's "Dynamics - Rectilinear Coordinates" 1:15:52
Ken Manning's "Dynamics - Curvilinear Motion" 1:11:34
Ken Manning's "Dynamics - Normal Coordinates" 1:22:01
Ken Manning's "Dynamics - Polar Coordinates" 1:17:52
Ken Manning's "Dynamics - Constrained Motion" 1:19:44
Ken Manning's "Dynamics - Relative Motion" 1:09:33
Ken Manning's "Dynamics - Particle Linear Kinetics" 1:18:07
Ken Manning's "Dynamics - Work Energy I" 1:18:51
Ken Manning's "Dynamics - Linear Momentum" 1:16:01
Ken Manning's "Dynamics - Curvilinear Kinetics" 1:19:55
Ken Manning's "Dynamics - Work - Energy II" 1:11:26
Ken Manning's "Dynamics - Angular Momentum" 1:09:43
Ken Manning's "Dynamics - Impact" 1:16:37
Ken Manning's "Dynamics - Rigid Body Kinematics" 1:23:48
Ken Manning's "Dynamics - Absolute Motion" 1:18:49
Ken Manning's "Dynamics - Relative Velocity" 1:19:12
Ken Manning's "Dynamics - Instantaneous Center" 1:04:24
Ken Manning's "Dynamics - Relative Acceleration" 1:18:08
Ken Manning's "Dynamics - Rigid Body Rotation" 1:20:50
Ken Manning's "Dynamics- Rigid Body Translation" 1:18:29
Ken Manning's "Dynamics - General Rigid Body Motion" 1:18:33
Ken Manning's "Dynamics - Rigid Body Impulse-Momentum" 1:17:16
Ken Manning's "Dynamics - Central Force Motion" 1:02:37
"Dynamics - Work/Energy Method for Rigid Bodies" 1:20:53
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