Symposium auf der MSE 2024

Prof. Thomas Lampke und Prof. Martin Wagner organisieren ein Symposium zu den zentralen Forschungsschwerpunkten der FOR FUNDAM³ENT auf der MSE 2024, die vom 24.-26. September in Darmstadt stattfindet. Die Beteiligten der Forschungsgruppe werden ihre aktuellen Forschungsergebnisse präsentieren und freuen sich auf Diskussionen und Gespräche mit internationalen Expertinnen und Experten. Interessierte Wissenschaftlerinnen und Wissenschaftler sind herzlich eingeladen, ihre Beiträge für das Symposium einzureichen.

Kurzdarstellung der thematischen Schwerpunkte unseres Symposiums mit der Kennzeichnung S09 unter dem Topic „Structural Materials“:

Adiabatic shear band formation for functional surfaces – materials science, processing and modeling perspectives

The formation of adiabatic shear bands (ASBs) is a thermo-mechanical process that typically takes place at high strain rates: the energy dissipated by plastic deformation leads to an increase of temperature, which results in thermal softening and ultimately leads to localization of further deformation in an increasingly narrowed shear zone. Recent advances both in the fields of materials science and process engineering have shown that the formation of ASBs allows to generate surfaces with excellent geometrical and functional properties, for example during high-speed blanking. This has raised interest in more detailed investigations of the underlying mechanisms.

Topics of interest specifically include:

• the effect of microstructure on ASB formation
• microstructural evolution and damage accumulation in ASBs
• the effect of ASB formation on the properties of the newly cut surfaces
• thermo-mechanical modeling of material behavior at high strain rates, including numerical simulations of microstructural evolution and phase transformations
• he relation between high-speed blanking process parameters and ASB formation
• he purpose of this symposium is to bring together scientists from the new Research Unit FOR 5380, which focuses on ASB formation during high-speed blanking, with the wider research community studying high-strain rate processes and ASB formation.

Die Deadline für die Abstract-Einreichung ist der 16.02.2024.

Weitere Informationen zur MSE unter https://mse-congress.de