Numerical simulation is becoming one of the main methods to investigate various
engineering problems with sophisticated conditions. A considerable amount of research is …

A sixth-order polynomial type 3D yield function, which has a high flexibility of describing
anisotropic behavior of steel sheet, is proposed. The yield function is constructed as a sum …

An extensive experimental program has been carried out to characterize the plastic behavior
of 2mm thick extruded aluminum AA6260-T6 sheets under large deformations. Using a …

A combined experimental and computational method was developed to characterize the
yield stress surface and the conjugate plastic strain-rate potential of the AA7075-O extruded …

A new model is developed in order to account for the effect of microstructural degradation (ie
precipitate-directional-coarsening) on the viscoplastic behavior of single crystal superalloys …

Microstructure evolutions in Ni-base superalloys are investigated during [110] creep loading
using 3D and 2D phase field simulations. A recently developed phase field model coupled …

The yield and plastic flow behaviour of tubes under biaxial tensile stress states has been
investigated intensively. However, limited work has been performed that considers the axial …

The failure behavior of rock-like cemented granular materials shows dependency upon both
the intermediate principal stress as well as the loading path. Here, we apply a thermo …

In this paper, the limitations of the original Hill48 yield model in predicting uniaxial tensile
yield stresses and r-values were analyzed in detail, and then the necessary and sufficient …

Microstructure degradation of Ni-based superalloys operating at high temperatures for long
terms inevitably occurs, which has a deteriorating effect on the mechanical properties of the …