MATS9AI Modeling of materials Material computational simulation
| Duration: 21 hours | ECTS Credits : 2 | Semester : S9 | |
Person(s) in charge : Sébastien ALLAIN, Professor, sebastien.allain@mines-nancy.univ-lorraine.fr | ||||
key words : Phase diagram and microstructures
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Prerequisites : diagramme de phase et microstructures Phase diagram and microstructures
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Objective : Discover and manipulate major numerical tools to predict the microstructures and properties of materials (structural and functional applications)
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Program and Contents : This course aims at introducing the usefulness and the central role of numerical simulations for future “material” engineers. It covers actually the 4 main categories of material modeling (according to G. Martin’s classification):
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Abilities: | ||||
Levels | Description and operational verbs | |||
Know | Discover the different classes of material modeling tools | |||
Understand | Understand how numerical simulation works, the physical principles and the major calculation steps. | |||
Apply | Mastering inputs and outputs of calculation software. | |||
Analyse | Analyze the fidelity and accuracy of a numerical approach with respect to the experimental data | |||
Summarise | Define the advantages and limits of the simulation technic (SWOT) | |||
Assess | Evaluate the complexity and the relevance of a numerical approach with an material engineer background (Make or Buy strategy) | |||
Evaluations : | ||||
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