The report highlights how Reactis has been integrated into the Opel Automobile GmbH global software development process over the past 10 years.
Nissan Motor Company has been using Reactis for more than a decade. Following user story describes Nissan's experiences with deploying Reactis in their model-based design process.
ASAP accurately modeled the slope errors that result from reflector manufacturing processes, as well as scatter from roughness and imperfections in metallic coatings applied to the reflectors.
Solidification of the alloy is usually the first stage in the metallurgical process chain. The properties of the solid material are created here and will be the subject of the subsequent process stages. The extent of the compositional inhomogeneity and the presence of the precipitates formed directly from the liquid phase will influence the further microstructure evolution. Learn more >
Precipitates appear frequently in processed alloys. On some occasions, these are introduced intentionally to improve material strength. In other cases, the appearance of precipitates might be disturbing, e.g. intermetallics in specific welded parts. Undoubtedly, an insight into the precipitation evolution during the process is of a great value. Learn more >
Microstructure features like precipitates distributions, dislocation density, grain/subgrain sizes, as well as vacancy concentration are decisive for the material properties. Capability of microstructure evolution modeling gives us a great advantage in understanding, planning and optimizing of the process parameters. Learn more >