… The projectile impact velocity ranges from 381 m/s to 1058 m/s. Numerical simulations …
, and normally obtain good agreement between the numerical simulations and test results. …

… The results of the numerical study show that the numerical analysis using the procedure …
very well simulate the impact behavior of reinforced concrete beams. The static and dynamic …

… study comparing laboratory impact breakage results to numerical models was to determine
if static properties and failure criteria were appropriate for modelling dynamic breakage at the …

… code was applied to simulate quasi-static and dynamic (impact) rock fragmentation due to
two indenters. Although reality is often much more complex than the numerical models used, …

… on the numerical simulation of problems in mechanics involving fast, transient loading.
For practical purposes, these can be divided into problems involving structural dynamics and …

… effects of contact–impact algorithms in Lagrangian codes … impact along free surfaces and
material interfaces is crucial in many technical fields. The nuclear industry analyzes the impact …

… This means that the dynamic impact loading time is determinant in the scabbing and perforation
thicknesses. When the numerical data is plotted against the empirical rules determined …

… experiments are digitized and explicitly considered in the numerical … impact experiments
on mortar and through a parametric study in which the prediction of numerical simulations is …

… numerical simulation technique using the FE method is introduced, and the detailed dynamic
impact … are investigated via the suggested numerical simulation method. In addition, a …

… Numerical simulation was also performed for an impact velocity of 30 ms-‘. This impact
velocity is above the critical value of 29 ms-’ for which the shear band propagates throughout the …