Examples of using Microstructure evolution in English and their translations into French
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Microstructure evolution modelling.
Coating growth and microstructure evolution.
Microstructure evolutions induced by these two transformations will also be analysed.
These mechanical properties are linked to the microstructure evolution under stress.
Titre traduit Modeling microstructure evolution by phase transformation in titanium[beta]-metastable alloys.
Since 2016, Transvalor has been offering the first commercial software for modeling full-field microstructure evolutions.
Image and quantify microstructure evolution in 3D and 4D time-based.
As the intensitity of the thermo-electric effect depends on several microstructural parameters as the quantity of solute atoms, precipitates and dislocations,the TPE device enables an indirect measure of the microstructure evolution in metallic alloys precipitation kinetic, phase transformation, recrystallisation, dosing, etc.
For that, microstructure evolution was studied in thin films, narrow lines and in the Damascene architecture.
It implies a better understanding of the link between the microstructure evolutions and the flow properties of these fluids.
The microstructure evolution depending on the type of aging is compared by the physical and physico-chemical analysis.
Furthermore, it's possible to get informations on the microstructure evolution in all the grains that are constituing the polycristal.
Microstructure evolution in the weld zone The following experimental data is available to validate the results of the team.
Transvalor presented at this occasion latest scientifique work on microstructure entitled:"Microstructure evolution modeling with industrial hot forming simulation software.
The wear volume and microstructure evolution was sliding speed and contact pressure, was analyzed.
Financed by ANR and bringing together 8 partners, including 6 manufacturers, 1 software publisher(TRANSVALOR) and the CEMEF, the only academic partner for a total of€ 1.23 million,it aims to study and simulate the microstructure evolution during the forming process at mesoscopic scale.
A connection between the microstructure evolution and the mechanical parameters is researched.
Develop laws of behaviour that are as representative of the behaviour of the material as possible, taking into account microstructure evolution, that is itself dependent on the multi-scale formulation and morphology of each type of material.
Towards the prediction of microstructure evolution under irradiation of model ferritic alloys with an hybrid AKMC-OKMC approach full card.
This article shows that the development of such a modeling tool requires a good characterization of fast microstructure evolutions, as well as in-service-type experiments(using burner rigs) able to reproduce the complex thermomechanical loading spectra.
The understanding of the microstructure evolution permits the determination of robust fabrication routes for both grades.
This model is based on internal variables representing explicitly the microstructure evolutions occurring during very high temperature non-isothermal loading in a crystal viscoplasticity modeling framework.
Development of a unified modeling dedicated to multiscale simulation of microstructure evolution thanks to a new very promising full fileld FE approach and industrialization of the outcome of that work in the form of a FE software package called DIGIMU.
Evolution of microstructure and mechanical properties.
To determine the important processing parameters those control the evolution of microstructure and hardness.
Finally, the correlation between microstructure and evolution is discussed on the basis of simulations and experiments.
The evolution of the microstructure of 2W-SMPs under stress-free conditions was also elaborated.
FIGS. 5A, 5B and 5C show the evolution of the microstructure over the annealing time.
There are not so many studies concerning the origin and the evolution of the microstructure during SLM.
However, the identification of the evolution of the microstructure of these materials during their use remains difficult.