Speaker
Description
To cope with the ever-growing needs for high-performance materials, a strong ongoing trend exists worldwide towards installation of material development and processing platforms termed materials acceleration platforms (MAPs). A common element of these initiatives is the transition from stand-alone simulation or characterization tools towards integrated environments combining databases, physical modeling, inverse design, machine learning and experimental testing in a common framework. A core prerequisite for these platforms is the integrated computational materials engineering for the linking of multiple scales and models to establish process-microstructure-property relationships. Within the IC-MPPE-COMET project, such a platform is developed and the applicability to material design problems demonstrated for two different use cases.
| Speaker Country | Austria |
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