UE M7-A - Mechanics III

Level of knowledge:

N1: beginner
N2: intermediate
N3: advanced
N4: expert

Knowledge expected at the end of the course


Knowledge of mathematical quantities related to notions of deformation and stress (finite or infinitesimal transformations): (C1, N2), (C2, N2)


Knowledge of methods for modeling and solving simplified problems in the mechanics of deformable solids: (C1, N2), (C2, N2)


Acquire the basics of modeling physical phenomena associated with fluid flows in various situations: compressible, turbulent, rotating, etc.: (C1, N2), (C2, N2), (C1, N2), (C2, N2). (C1, N2), (C2, N2)


Know the methods of approximation, dimensional analysis and study of orders of magnitude: (C1, N2), (C2, N2)



Learning outcomes in terms of abilities, skills and attitudes expected at the end of EU courses


Model a structure and its stresses in order to predict its mechanical behavior by determining the corresponding system of mathematical equations


Use the notions of stresses and strains by choosing quantities adapted to the situation considered (finite or infinitesimal transformations) and to the simplifying hypotheses formulated: (C1, N2), (C2, N2)


Implement methods for analytically solving simplified problems in the mechanics of deformable solids: (C1, N2), (C2, N2)


Develop simplified structural mechanics models by mastering simplifying assumptions: (C1, N2), (C2, N2)




Master the calculation of the stress tensor for real flows: (C1, N2), (C2, N2)


Model a real flow problem by formulating a set of assumptions and approximations leading to a system of equations representative of the phenomenon: (C1, N2), (C2, N2)