Aperçu des sections

  • Matter : Elments of mechanics

                     

                   Target public: First year common core (engineering cycle)               

                                                  Semestre: 1

                                                 Teaching Unit: UEF 1.2

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    Credit: 7

    Coefficient: 4

    Duration: 15 weeks

    Weekly timetable: - 1h 30 min of course 

                                   - 3h for tutorial group

    Place of teaching: Lecture hall 3

    Evaluation methods:  - Final exam      60%

                                          - Short tests      20% 

                                          - Practical work 20%



  • Contact form

    Institute : Science and Technology

     

    Department: Common Core Department of Science and Technology

  • Responsable of matter


             h       Salim AOULMIT                    e   s.aoulmit@centre-univ-mila.dz



                    Availability: every Monday from 9:30am-12am in office 17 (block 4)

  • Teaching objectives

    Introduce the student to the basics of the mechanics of point through three main parts: 

    - kinematics 

    - dynamics

    - work and energy

  • Prerequisites

    Basics of mathematics and physics

  • Table of content

    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.


  • Chapter 1 : Mathematical review

  • Chapter 2 Kinematics of material point

  • Chapter 3 Dynamatics of material point

  • Chapter 4 : Work and energy

  • Refrences

  • Exams and solutions

  • Section 13