Dynamic (I)
- Course objectives, Useful references, Topics and schedules, History and applications of dynamics, basic concepts
- Newtons laws, Units, Gravitation, Dimensions, Solution methods in dynamics
- Rectilinear motion of a particle, Plane curvilinear motion of a particle
- Rectangular coordinates, Normal and tangential coordinates
- Polar coordinates, Space curvilinear motion
- Relative motion, Constrained motion of connected particles
- Kinetics of particles, Force, Mass, Acceleration
- Equation of motion and solution of problems
- Midterm exam, Kinetics of rectilinear motion, Kinetics of curvilinear motion
- Work and kinetic energy, Power, Efficiency
- Potential energy, Impulse and momentum
- Angular impulse and angular momentum, Conservation of angular momentum, Impact
- Central-force motion, Perturbed two-body problem, Restricted two-body problem
- Kinetics of relative motion, Generalized Newtons second law, Work-energy relation
- Impulse-momentum, Conservation of energy, Conservation of momentum
- Steady mass flow, Variable mass