| Master degree: DAMASMention SPIM – Spécialité MET, Parcours DAMAS Commun with SPIM-AMA-914 SPIM-MET- 907 Reference number of the course: SPIM-MET-907 |
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| Teaching information on the course | Number of hours per typeof teaching | Grading method* | ||||
| Lectures | Tutorials | Practicals | Others | |||
| Numerical metallurgy | 3 | 15 | 15 | Written, report, oral | ||
| * see legend below | ||||||
| Objectives : knowing computer codes for phase diagrams, solidification, phase transformation kinetics, residual stresses and deformations calculations and the basis of the underlying models; analysing assumptions and the sets of input data; analysing the results learning to take a critical look | ||||||
| Pre-requirements : knowledge in thermodynamics, solidification, solid-solid phase transformations, thermomechanical behaviour laws of materials | ||||||
| Educational contentof the course – Calculation of phase diagrams ; principle of Calphad method ; use of Thermocalc software – Kinetics of phase transformations ; principle of nucleation-growth models ; use of a precipitation code. – Solidification : principle of solidification models for predicting grain structures and chemical macrosegregations; use of code Solid. – Heat Treatment : use of a numerical finite element code for coupled thermal – metallurgical – mechanical calculations for the prediction of microstructures, residual stresses and distortions |
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Written: Written exam |
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