18-8 type austenitic stainless steel has been subjected to tension test at a range of strain
rates (5× 10− 4–5× 10− 2s− 1) and temperatures (298–973 K) to investigate the effect of …

Tensile behavior of modified 9Cr–1Mo steel was studied over the temperature range from
room temperature (RT) to 600° C at three strain rates 10− 5, 10− 4 and 10− 3 s− 1. Serrated …

In this theoretical and numerical analysis, a low-order network model is used to investigate a
thermoacoustic system with discrete rotational symmetry. Its geometry resembles that of the …

Often, Nb contributes to the strength of a microalloyed steel beyond the expected level
because of the grain size strengthening resulting from thermomechanical processing. Two …

Abstract High-Mn lightweight steel, Fe-0.9 C-30Mn-8Al, was subjected to systematic
examination to investigate the effects of aging heat-treatment on mechanical properties and …

Localized deformation behavior in X52 and X70 pipeline steels during dynamic strain aging
(or DSA, caused by interstitial atom-dislocation interactions during plastic deformation) were …

C–Mn steels are prone to static and dynamic strain aging (SSA and DSA) that induce Lüders
or Portevin–Le Chatelier strain localization phenomena. Tensile tests and fracture tests were …

Serrated flow and propagating plastic strain localisation bands are salient features of the
Portevin–Le Chatelier (PLC) effect, which is observed during tensile tests in many industrial …

Carbon–Manganese steels and associated welds are commonly used, and sometimes to
sustain loads in the Low Cycle Fatigue domain. Nevertheless, the metallurgy of these C–Mn …

A new approach to modeling and linearization of nonlinear lumped-parameter systems
based on physical modeling theory and a data-driven statistical method is presented. A …