The mechanical reliability of alloys produced by Laser-Powder Bed Fusion (LPBF) is a key
concern limiting their practical insertion into structural applications. While it is generally …

A well-designed microstructure plays a crucial part in achieving favorable properties and
optimizing the service performances of titanium alloys, requiring thorough investigations of …

In this paper, a new model based on the Johnson-Cook fracture criterion is proposed to
predict the ductility of Ti6Al4V titanium alloy sheets deformed at wide range of temperatures …

The nanoindentation‐induced mechanical deformation response is applied to identify the
orthotropic elastic moduli using the Delafargue and Ulm method as well as to validate the …

The ability of three plasticity models to predict the mechanical behavior of Ti6Al4V until
fracture is presented. The first model is the orthotropic yield criterion CPB06 developed by …

In this research, the Stewart-Cazacu micromechanics coupled damage model is extended
and validated adding nucleation and coalescence models as new damage mechanisms …

The harsh environment during airplane take-off and flights with complex operating
conditions require a high dynamic and impact resistance capability of airplane engines. The …

The reliability of FE-based simulations, employed to assess the application of sheet forming
process at elevated temperature to the production of high surface-to-thickness ratio …

Nowadays, product manufacturing can be divided into two groups: relatively simple products
produced in a large production chain and complex (specialized) components produced in …

In this study, a micromechanical finite element model is proposed based on experimental
data and the rule of the mixture (RoM) in order to predict the tensile behavior of mechanical …