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Digital Simulation (Lab work)

1MAG3 Digital Simulation (Lab work) Materials and Mechanics - Apprenticeship S6
Lessons : 0 h TD : 0 h TP : 25 h Project : 0 h Total : 25 h
Co-ordinator : Oleksandr KAPIKRANYAN
Prerequisite
Resistance of Materials I
Numerical Calculation Tools and Methods for Engineers
Introduction to the Finite Element Method
Course Objectives
Apply the theoretical notions acquired in the course on the finite element method to simulate linear mechanical problems.
Syllabus
Understanding the operation of finite element software by performing different TPs.
Modeling simple mechanical problems in different stages:
o Creation / Import of a geometry,
o Discretization of the geometrical domain (mesh),
o Choice and parameterization of material laws,
o Loadings and boundary conditions,
o Control and validation of the results
o Interpretation
Practical work (TD or TP)
TP1: Getting started with ANSYS finite element software.
TP2: Simulation in 2D plane stress.
TP3: Axisymmetric 2D simulation.
TP4: Simplified modelizations: the case of the elements hulls (2D) and elements beams 1D.
TP5 and TP6: Verification of learning achievements
Acquired skills
Basis of the implementation of a simulation static structure.
Understanding the dimensions of the problem and the dimensions of the geometry studied, adapt the data setting to save computing time (simplification of the problem in 2D plane stress, 2D axisymmetric and geometric simplification by extraction of the average surface or neutral fiber).
Bibliography
Non renseigné

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