Dynamics and Modeling 1
Mass Flow
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Dynamics and Modeling 1 |
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| Particle Kinematics | ||
| Particle Motion, Coordinate Systems | ||
| Rectangular Coordinates | ||
| Normal/Tangential Coordinates | ||
| Polar Coordinates | ||
| Curvilinear (3D) Motion | ||
| Relative Motion | ||
| Constrained Motion | ||
| Particle Kinetics | ||
| Forces, Kinematics vs Kinetics | ||
| Rectilinear Motion | ||
| Curvilinear Motion | ||
| Work/Energy | ||
| Springs, Kinetic Energy | ||
| Power, Efficiency | ||
| Gravitational Potential Energy | ||
| Conservative Force Fields | ||
| Impulse/Momentum | ||
| Linear Momentum | ||
| Angular Momentum | ||
| Impact/Collisions | ||
| Central-Force Motion | ||
| Relative Motion of Rotating Systems | ||
| Systems of Particles | ||
| Relation to Single-Particle Problems | ||
Mass Flow |
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| Variable Mass (Rockets, Propulsion) | ||
| Rigid Body Kinematics | ||
| Rotation | ||
| Absolute Motion | ||
| Relative Velocity of Rigid Bodies | ||
| Instantaneous Center | ||
| Relative Acceleration | ||
| Rotating Axes | ||
| Rigid Body Kinetics | ||
| General Equations of Motion/Translation | ||
| Plane-Motion Problems | ||
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© Raymond Ma 2007