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Mécanique des fluidesSciences de l'Ingénieur 5 (MRI)

FISE MRI Semester 5 Common Core Machine translation

Fluid Mechanics

Teaching unit Engineering Sciences 5 · M05T_SIN1
10ECTS (EU)
2Coefficient
21:20Hours

Séquencement

C TD C TD C TD C TD C TD C TD C TD C TD

Learning objectives

Scientific basis necessary to address industrial problems related to fluids and discharges.

Prerequisites

ModuleTeaching unitSemester
Continuum MechanicsEngineering Sciences 5S5

Program

Representation of the fluid medium: Description of the medium and its movement, Domestic efforts. Conservation equations: The preservation of the mass, Retention of movement quantity, Energy conservation. The fundamental laws of Newtonian fluid: Newtonian fluid, The equations of Navier-Stokes, Perfect fluid, Euleur equations, Fluid and acoustic mechanics. Perfect fluid flow: Bernoulli's theorem, Applications of Bernoulli theorem, Loss of charges. Dimensional analysis: Vashy-Buckingham's theorem, Application of the theorem, Problem classes. Potential Flows: Potential functions, Elementary education, Scroll around a cylinder, Use of compliant transformations. The layer limits.

Assessment

Final review

References

BROCH, Henri. Fluid mechanics. University of Nice Sophia Antipolis, 2006.

Skills

2
Ref.VerbDescriptionLevel
C1_1analyzeKnow how to model a flow problem and choose suitable variables and equations3
C1_1solveBeing able to solve simple problems of flow3