Exploring microstructure evolution of cast alloys in 3D space using phase-field simulations
What does microstructure evolution actually look like? How do the phases evolve in the melt with time? How does segregation change the distribution of chemical elements?
Phase-field simulation is a powerful tool to understand and predict solidification of casting alloys. Together with thermodynamic calculations it enables calculations of the amount and morphology of phases in 2D and 3D as well as distribution maps of the solute elements. The simulations can be applied to generate Representative Volume Elements (RVE) and enable Integrated Computational Materials Engineering (ICME) as a way of exploring and generating new alloys and materials and predict mechanical properties.
This webinar continues the module “Simulation Technology in Metal Casting” of WebLearn. This time, we will meet Dr. Janin Eiken and associate professor Jakob Olofsson in a webinar about phase-field simulations. Janin has more than 25 years' experience of working at Access e.V. in Aachen, that develops the phase-field simulation software MICRESS. In this webinar, we will get an introduction and overview of the topic, and see some applications to different materials such as cast iron, aluminium alloys etc.
Date: May 25, 2023
Time: 10:00-11:30 (lecture, interview, panel discussion)
After attending this webinar you will know more about:
- Phase-field simulations and its applications
- Coupling of CALPHAD data into phase-field simulations
- Anisotropy of interfacial properties
Targeted audience: Metallurgists, foundry engineers and designers of castings, but also everyone with an interest in solidification and casting in general.
- Senior Lecturer Materials and Manufacturing - Casting
- School of Engineering
- +46 36-10 1659