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Semestre 7
  7.3 Materials (613300)
    Materials Elasticity (613340)

Teacher(s) : Jean-Pierre TANCREZ

ECTS : 3.5

Objectives to be met

As this course is the continuation of the S6 one, general aims are the same :

? Prevision and calculation of stress and strain fields in homogeneous or heterogeneous materials subjected to mechanical and thermal solicitations.

? Understanding of relations between stress and strain fields on the one hand and materials microstructure, thermal history and manufacturing process on the other hand.

? Understanding of relations between materials microstructure and stress concentration zones.

? Understanding of the way by wich thes stress and strain fields influence materials mechanical, optical, electronical, etc...properties.

? Mastering experimental stress & strain analysis.

? Mastering basic Materials Resistance concepts. The aim of this point being the understanding of heterogeneous materials behaviour, e.g: Composite materials.

Course description

Stress & strain experimental analysis

? Photoelasticimetry

? Strain gages & bridges.

? Integral methods.

? Rheo-electrical analogy.

Materials Resistance basis.

? Definite/undefinite problems.

? Torsion.

? Flexion.

? Plates & shells.

Prerequisites

Thorough knowledge in Linear Elasticity, Materials Physics and Mechanics.

? Basic knowledge in static mechanics.

Schedule

Total :	50h
Lectures :	14h
Tutorials :	14h
Practical work :	20h
Mentoring :	0h
Written tests :	2h

Bibliography and/or equipment (other than for practical work) required, which should be made available to students

Encyclopédie VISHAY d'analyse des contraintes, (Vishay Micromesures Ed.) W.A.NASH : Résistance des Matériaux Tomes 1 et 2, Série SCHAUM D.Bellet & JJ Barrau : Cours d'Elasticité ; Cepadues Editions . D Bellet : Problèmes d'Elasticité ; Cepadues Editions. S Laroze & J-J Barrau: Mécanique des structures, Tome1: Solides élastiques ; Editions Eyrolles. M.T Sprackling : The mechanical properties of matter ; The English Universities Press Ltd. J Coirier : Mécanique des milieux continus ; Editions Dunod. J.C Jaeger : Elasticity, Fracture and Flow ; Science paperbacks. Crandall, Dahl & Lardner: An introduction to the mechanics of solids; McGraw-Hill. I-H Shames:Mechanics of deformable solids; Prentice-Hall Engineering Science series. McClintock & Argon: Mechanical behavior of materials; Addison-Wesley Publishing. C.T Lynch: Practical handbook of materials science; CRC Press

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