Although Zn-based alloys exhibit great potential as biodegradable implants due to their
moderate degradation rate and acceptable biocompatibility, the mechanical property is …

Identification of elastic and plastic properties of materials from indentation tests received
considerable attention in the open literature. However, unambiguous and automatic …

Zn alloys are desirable candidates for biodegradable materials due to their great
biocompatibility and sufficient mechanical properties. Nevertheless, the most popular …

This paper describes an application of a machine learning approach for parameter
optimization. The method is demonstrated for the elasto-viscoplastic model with both …

The problem of identifying the initial critical resolved shear stresses (CRSS) of slip systems
is considered in the framework of a two-level statistical model of inelastic deformation. We …

Zn–0.2 Mg–0.8 Mn alloys extruded at 300 and 150° C exhibited similar grain size, second
phases, but different textures which were basal and non-basal texture, respectively. The …

Identification of elastic and plastic properties of materials from indentation tests received
considerable attention in the open literature. However, unambiguous and automatic …

Numerical simulations of tension and shear tests for a polycrystalline, anisotropic material
were performed using crystal plasticity theory. The slip was considered here as the main …

The crystal plasticity (CP) theory enables to include the microstructural information about the
plastic deformation mechanisms (such as dislocation slip, deformation twinning or …