Imprimer

MS102 Linear Elasticity

Materials Science, Mechanics and Mechanical Engineering, Solid Mechanics

Year (Module) : 1A (TC)
Lecturer :Ziad MOUMNI
Teaching staff :Anne-Lise GLOANEC, Benoît DELATTRE, Cyril TOUZé, MICHAEL PEIGNEY, laurent Charpin, Yongjun HE, Frédéric ROGER, Kim PHAM

Objectives

This lecture series is a short introduction to linear elasticity under the hypothesis
of small strains and quasistatic transformations.

In the first lecture, the generalized Hooke's law is presented, with particular emphasis to the behavior of isotropic solids.
In the two following lectures, the general formulation of the problem of linear elasticity is presented. The two basic methods (method of displacements and method of stresses) are presented and illustrated by various examples, for simple cases where exact solutions can be found: traction-compression, torsion, plane flexion.

Lectures 4 and 5 are devoted to the variational formulation of linear elasticity, based on the principle of virtual work. This method allows to obtain approximate solutions and forms the basic framework of numerical resolution (Finite Elements Method).

The last chapter is aimed at introducing the fundamentals of beam theory. This illustrates a case of high practical importance, when dealing with slender structures.

Keywords

Thermoelastic constitutive law, exact solutions, principle of virtual work, variational formulation, approximated solutions, beam theory.


nb : 15
vendredi 16 novembre 2012
8h30 - 9h45 / CMComportement thermoélastique linéaire.
10:00 - 11h45 / PC
vendredi 30 novembre 2012
8h30 - 9h45 / CMThermoélasticité linéaire. Solutions exactes. Méthode des déplacements.
10:00 - 11h45 / PC
vendredi 07 décembre 2012
8h30 - 9h45 / CMThermoélasticité linéaire. Solutions exactes. Méthode des contraintes.
10:00 - 11:45 / PCTD
vendredi 14 décembre 2012
8h30 - 9h45 / CMThermoélasticité linéaire. Formulation variationnelle et solutions approchées.
10:00 - 11h45 / PCTD
vendredi 21 décembre 2012
8h30 - 9h45 / CMThermoélasticité linéaire. Solutions approchées : mise en oeuvre des principes de minimum. Théorème de réciprocité.
10:00 - 11:45 / PCTD
vendredi 11 janvier 2013
8h30 - 9h45 / CM
10:00 - 11h45 / PCTD
vendredi 18 janvier 2013
8:30 - 9h45 / CMIntroduction au calcul des structures élastiques et à la théorie des poutres.
10:00 - 11h45 / PCTD
vendredi 25 janvier 2013
8h30 - 11h30 / CCContôle écrit des connaissances.


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Last update: 12/10/2012, by moumni