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Structural analysis  and strength of materials

8KUABN20

ECTS2SEMESTERS8
lecturesclasses / seminarspractical workintegrative teachingindependent work
7h14h0h0h15 h
Language used
French


Course supervisor(s)

  Olivier DECK, Professeur

Key words
Beams, buckling, hyperstatism, instability, stress, strain
PrerequisitesBasics in mechanics (stress, strain, fundamental principle of statics)
Overall objective

This course teaches students structural mechanics and, in particular, the beam theory in regard to the strength of materials as applied to civil engineering works

Course content and organisation

This course deals with mechanical structures in general and the following subjects in
particular:
• Beams
• External and internal torsor forces;
• Calculation of normal and tangential stress in sections;
• Calculation of deflection;
• Analysis of instabilities (buckling, lateral-buckling);
• Study of reticular structures;
• Study of hyperstatic structures (force and displacement method).
The classes will be alternated with tutorials on the applications seen in the lectures
(exercises for solving classical problems).

Skills

Levels Description and operational verbs
Know Name the characteristic elements of a beam (neutral fiber, mean fiber, section, inertia...)
UnderstandExplain the hypothesis of the beam theory and the physical sense of the corresponding detailed forumula
Apply  Be able to use and apply the main methods and formula seen during the course
Analyse 

Analyse complex structures and identify the different and adequate methods needed

SummariseBe able to mobilize the acquired abilities to simplify the analysis of a complex structure
AssessBe able to interpret results versus their physical efficiency
Compliance with the United Nations Sustainable Development Goals
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Evaluation methods
Continuous assessment
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Written test
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Oral presentation / viva
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Written report / project
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  • Aucune étiquette