The class of Constitutive Artificial Neural Networks (CANNs) represents a new approach of
neural networks in the field of constitutive modeling. So far, CANNs have proven to be a …

Uniaxial testing methods to characterize materials provide only limited data that is
insufficient to fully understand all aspects of their behaviour, such as initial texture or …

A new mathematical modelling framework for simulation of metal cyclic plasticity is proposed
and experimental validation based on tension-compression cyclic testing of S355J2 low …

Low-nickel austenitic steel is subjected to high-pressure torsion fatigue (HPTF) loading,
where a constant axial compression is overlaid with a cyclic torsion. The focus of this work …

This paper presents results of monotonic tensile and creep tests conducted on typical Al-Cu-
Mg alloy (commercial 2024) specimens. Tensile tests carried out at room (20◦ C) and …

For typical aerospace alloys, the mechanical properties of TC4 titanium alloy and 7075
aluminum alloy at different loading rates were investigated by uniaxial tension and …

Additive manufacturing methods, commonly known as 3D printing, allow more sophisticated
designs to be created. Willingly designed substructures incorporated into the solid open up …

The present work provides a formulation of a constitutive model for metals with the aim to
simulate cyclic deformation under axial extension or compression assisted by cyclic …

In this work the finite element (FE) implementation of the small strain cyclic plasticity is
discussed. The family of elastoplastic constitutive models is considered which uses the …

Microstructure, mechanical properties and electrical conductivity of the CuCr0. 6 alloy
processed by compression with oscillatory torsion (COT) at room temperature were …