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| MECA0012-6
| Mechanics of materials
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| Duration : | 50h Th, 60h Pr | |
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| Credits/ECTS : |
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| Holder(s) : | Serge Cescotto | |
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| Course contents :
| Part 1: theory
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Bases of mechanics of materials (30h)
RDM1 : Recall of basic notions
Notion of beam (pp. 68-76 except § 5.7)
RDM2 : Mechanical properties of materials (pp. 23-39)
RDM3 : Mechanical properties of materials (pp. 39-55)
RDM4 : Notion of safety (pp. 59-67)
Tension and compression (§§ 6.1 to 6.5, pp. 79-82)
RDM5 : Statically indeterminate problems in tension
Rings and thin tubes (§ 6.7)
Actual stress distribution (§ 6.8)
RDM6 : In-plane bending (§§ 7.1 to 7.5, pp. 104-112, § 7.10)
RDM7 : In-plane bending (§ 7.8)
Torsion (§§ 8.1 to 8.8)
RDM9 : Torsion (§§ 8.9 to 8.11)
Shear (§§ 9.1 to 9.3)
RDM10 : Shear (§§ 9.8 to 9.10)
Combined loadings
RDM11 : Deflections of elastic beams
§§ 11.1, 11.2, 11.3, § 11.7 + applications
RDM12 : Statically indeterminate elastic beams
§ 12.1, §12.2, § 12.3 (partially) § 12.4 (partially)
RDM13 : Energy theorems
RDM14 : Energy theorems, Buckling (§ 14.1)
RDM15 : Buckling (§§ 14.2, 14.3, 14.4, 14.5)
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Solid mechanics (8h)
RDM16 : Impact loading (2h)
RDM17 : Fatigue of metals (2h)
RDM18 : Fatigue of metals (2h)
RDM19 : Yield surface for isotropic materials (2h)
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Complements of mechanics of materials (10h)
CRDM1 : Trusses (2 h)
CRDM2 : Influence lines (2 h)
CRDM3 : Combined bending and compression (1 h)
CRDM4 : Materials with no tensile strength under combined tension and bending (1 h)
CRDM5 : Elasto-plastic beams: pure bending (2.h)
CRDM6 : Elasto-plastic beams: combined bending and tension (2h)
Part 2: practice
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Bases of mechanics of materials (40h)
EB1: Equilibrium; generalized stresses; properties of beam cross section; stress state (4h)
EB2: Equilibrium, generalized stresses (4h)
EB3: Tension (4h)
EB4: Bending (4h)
EB5: Torsion (4h)
EB6: Shear and combined loadings (4h)
EB7: Deflections of beams (4h)
EB8: Energy theorems (4h)
EB9: Buckling (4h)
EB10: Problems of basic Mechanics of Materials (4h)
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Solid mechanics (4h)
SM1 : Impact loading (4h)
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Complements of strength of materials (10h)
EC1 : Trusses (2h)
EC2 : Influence lines (2h)
EC3 : Materials with no tensile strength (2 h)
EC4 : Elasto-plastic beams (2h)
EC5 : Elasto-plastic beams (2h)
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Laboratories
L1 : Extensometry, mechanical properties of materials (4h)
L2 : Verification of basic results of strength of materials (2h)
L3 : Plastic bending (2 h)
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| Course objective :
| Enseignement des bases de la Mécanique des Matériaux | |
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| Assessment :
| Questions ouvertes écrites
Modalités d'examens
Examen écrit de théorie et d'exercices
Interrogation non dispensatoire
Matériel autorisé pendant l'examen : partie théorie à livre fermé ; partie exercices à livre ouvert | |
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| Contacts :
| Enseignant : Prof. S. CESCOTTO, Tél. 366 92 46
Serge.Cescotto@ulg.ac.be
Secrétariat : Mme TURCO, Tél. 366 92 60 | |
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