Recent progress in application of digital/virtual microstructure models in the area of metals
engineering science is presented within the paper. First, various approaches to digital …

The paper deals with application of the inverse analysis to the identification of friction and
rheological models in metal forming. The direct model based on the finite element approach …

The flow behavior of metastable β titanium alloy was investigated basing on isothermal hot
compression tests performed on Gleeble 3800 thermomechanical simulator at near and …

Abstract Development of a digital material representation (DMR) model of dual phase steel
is presented within the paper. Subsequent stages involving generation of a reliable …

Dynamic recrystallisation (DRX) is one of the fundamental phenomena in materials science,
significantly impacting the microstructure and mechanical properties of components …

The computer-aided development of the leveling technology for high-strength steel flat sheet
products is the primary goal of the research. The roll leveler setups are evaluated from the …

The development of an efficient numerical approach for the generation of a wide range of
heterogeneous microstructures models with the application of the lean workflow concept is …

The main objective of this paper is the development of a rheological model for automotive
steels for the conditions of hot strip rolling and implementation of this model in a finite …

The high temperature deformation behavior of a new magnesium alloy, ZE20 (Mg-2.4% Zn-
0.2% Ce), using uniaxial isothermal compression testing, is investigated within the paper. A …

The design of superplastic forming technologies requires accurate description of material
flow behaviour. Furthermore, as the flow curves reflect the deformation mechanisms and …