Technological advancements have consistently been accompanied by significant progress
in materials science, with alloys serving as fundamental elements in engineering design …

The anisotropic plasticity constants of the CPB06 criterion for Ti64, previously identified with
experiments performed in all three dimensions, are applied here to evaluate the effect of the …

Abstract A CPB06-based Stewart-Cazacu micromechanical damage model is implemented
and validated for Ti6Al4V material. It provides accurate numerical predictions in terms of …

A finite element model of directed energy deposition (DED) process predicts the thermal
history during the manufacturing of high speed steel cuboid samples. The simulation result …

A new procedure for identifying the mechanical behavior of individual phases within a bi-
material (matrix-particles) is presented. The case of AlSi10Mg (large globularized Si-rich …

The manufacturing processes and design of metal and alloy products can be performed over
a wide range of strain rates and temperatures. To design and optimize these processes …

In this study, earth blocks (EB) and compressed earth blocks (CEB) are fabricated and
investigated along with the development of a mathematical model of compressive and …

Finite element modeling for designing and optimizing lightweight titanium aerospace
components requires advanced simulation tools with adequate material modeling. In this …

In this research, a three-dimensional auxetic configuration based on a known re-entrant cell
is proposed. The 3D auxetic cell is configured from a new design parameter that produces …

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