Description

• Mechanics

1.Kinematics-velocity and acceleration in different coordinates systems and different types of motions. Orbital momentum
2. Dynamics-Newton laws- conservatives forces- dissipative forces- Torque of a force - Energy-conservation laws
3. Gravitation.
4 Two-Bodies problem.
5 .Change of reference frame-velocity and acceleration non inertial terms. Non inertial references.Application to Earth mechanics.
 

• Fluid Mechanics

1. Fluid hydrostatic -fundamental law - pressure measurement and level
2. Fluid dynamics Mechanical energy of a fluid- Law conservation - Bernoulli theorem.
3. Reynolds number, flow regime, pressure drops.
4. Fluid transport : measure of flow and speed of fluid (Pitot tube, diaphragm, Venturi tube), pumps

Compétences visées

Develop a proper understanding of the laws of mechanics and fluid mechanics.

Modalités d'organisation et de suivi

common lecture courses for the L1 cohort
tutorials per specialty groups

Bibliographie

1. Fluid mechanics ; fundamentals and applications, Authors: Y. Cengel & J. Cimbala, Ed. McGraw-Hill Education (2017), 1056 pages / ISBN-13 : 978-1259696534
2. Physical hydrodynamics, Authors: E. Guyon & J-P. Hulin, L. Petit & C. D. Mitescu, Ed. OUP Oxford (2015), 536 pages /ISBN-13 : 978-01