The degradation of tensile and creep properties is inevitable during high temperature
service operation. Hence this work aims to evaluate the effect of prior creep-fatigue …

This study analyses the influence of fatigue loading on the residual tensile properties of AISI
1045 steel. The fatigue tests were carried out under stress-controlled tensile loadings at a …

Describing the material flow stress and the associated uncertainty is essential for the plastic
stochastic structural analysis. In this context, a data-driven approach-heteroscedastic sparse …

Taylor impact tests in the classic and symmetric configurations were applied to analyse the
development of plastic deformation and damage in Al-6082-T6 rods. Deformation histories …

Thermomechanical fatigue (TMF) is a critical failure mode in high-temperature components,
as it not only accelerates microstructural degradation but also significantly impacts the …

The analysis involved subjecting DP 500 steel to pre-fatigue loads, and then tension at high
strain rates using Hopkinson bar. Digital image correlation method was used to investigate …

Specimen reinforced with glass and basalt fibers were prepared using Standard Portland
cement (CEM I, 52.5 R as prescribed by EN 197-1) and standard sand, in accordance with …

In this work, we focused on investigations of mechanical properties of SiNx and diamond‐
like carbon thin films deposited by plasma‐enhanced chemical vapour deposition method …

In several industrial applications, metallic structures are facing impact loads. Therefore,
there is an important need for developing constitutive equations which take into account the …

Reverse ballistic impact tests are widely used for studying dynamic responses because they
provide more comprehensive and quantitative projectile/rod response results than forward …