In order to investigate the effect of non-proportional loading history on cyclic deformation of
316L stainless steel, a series of multiaxial cyclic experiments with variable loading path are …

In this work, axial-torsional fatigue tests were carried out on four materials: PA38-T6
aluminium alloy, E235 and E355 non-alloy steels and X5CrNi18-10 austenitic steel. Applied …

This paper is a continuation of previously published work. It presents the results of small
cracks observation on the surfaces of fatigued specimens subjected to multiaxial loadings …

In order to improve the thermal fatigue reliability of LCCC (Leadless Ceramic Chip Carrier)
solder joints, the assembly process and failure mechanism of LCCC devices are analyzed. It …

Purpose This paper aims to present the novel stacked machine learning approach (SMLA)
to estimate low-cycle fatigue (LCF) life of SAC305 solder across structural parts. Using the …

The present work deals with the cyclic deformation behavior of additively manufactured
austenitic stainless steel 316L. Since fatigue experiments are complex and time‐consuming …

This study examines how the purity and grain size of four types of pure aluminum used in
electronic devices affect their creep deformation and rupture lifetime. The four types of …

Cold pilgering is a complex forming process used to produce seamless tubes, posing
significant challenges in material modeling due to its non-proportional loading history and …

This paper reports the construction of a durability model of basic structures, which takes into
consideration the complex stressed state under the cyclic action of the complex load. The …

The comparison of shear stress determination methods in tubular specimens under torsion
is presented in this paper. Four methods were analyzed: purely elastic solutions, purely …