… greatly according to how numerical factors are set, for example element size, punch
velocity… of numerical factors influencing springback is required. In this work, numerical factors …

… on some numerical problems related to finite element method, and … parameters to validate
numerical models is of primary importance to be able to compare experimental and numerical …

… This method relies on two parameters, namely h (space-discretization parameter) and ε (penalty
parameter). We propose here a general strategy to estimate the error in both parameters…

… In the present paper, three-dimensional numerical analyses of a spherical void, contained
… the common triaxiality parameter and the Lode parameter, into account. The analyses were …

… This paper addresses numerical implementation issues related to the use of NN constitutive
models in FE analysis. A consistent material stiffness matrix is derived for the NN constitutive …

… finite elements analysis, the constitutive quantities are known at time r,, and the updated
strains are known at time I,+ 1. For static analyses time is interpreted as a loading parameter. …

… Those results do not tell us, though, how the influence of the geometry compares to the
impact of uncertainties in other parameters, for instance in the material parameters, which we …

… Although several numerical models have been developed to … finite-discrete element method
(FEM/DEM), a numerical tool that … The micromechanical parameters of the heterogeneous …

… Many experiments have been carried out to determine the effect of different process
parameters to obtain the best results [5–7]. From the numerical point of view, only a few predictive …

… value of the equivalent plastic strain at element integration points, where failure is assumed
to occur when the damage parameter exceeds 1. The damage parameter, ω, is defined as(3) …