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Cacher les blocs
- Plein écran
- Vue standard
Chapter 1: Mathematical Review
· Dimensional analysis
· Vector calculation (scalar product, cross product).
· Derivation and integration of vectors.
Chapter 2: Kinematics of material point
· Position vector in coordinate systems (Cartesian, cylindrical, spherical, curvilinear)
· Velocity and acceleration in coordinate systems.
· Trajectory.
· Movement of the material point in the different coordinate systems.
· Relative movement.
Chapter 3: Dynamics of Material Point
· Generality: Mass - Force - Moment of force – Absolute and Galilean Reference.
· Principle of conservation of momentum
· Newton's laws.
· Differential equation of motion.
· Kinetic momentum.
· Applications of the fundamental law for forces
Chapter 3: Work and Energy
· Work of a force.
· Kinetic Energy.
· Potential energy.
· Conservative and non-conservative forces
· Total energy theorem.