Abstract Development of the deformation monitoring techniques for the infrastructures so as
to avoid catastrophic failure and resulting economic/human loss has remained a key interest …

This paper presents a theoretical model for the electromagnetic radiation (EMR) emissions
during plastic deformation and crack propagation in metallic materials. It is shown that under …

The paper discusses experimental research to analyze how the notch-width ratio (2a/w)
impacts Electromagnetic Radiation (EMR) emission parameters at tensile fracture in C35000 …

Some basic aspects of electromagnetic radiation (EMR) emission during quasi-static plastic
deformation and crack propagation in ASTM B 265 grade 2 titanium sheets are reported in …

Intermittent electromagnetic radiation (EMR) emissions from metals and alloys during
deformation under unrestricted quasi-static compression are reported in this paper. The end …

This paper presents some basic aspects of electromagnetic radiation (EMR) emission during
plastic deformation and crack propagation in Cu–Zn alloys. Six parameters, viz. stress …

This paper presents a theoretical model to analyze the effect of Peierls' stress on the
electromagnetic radiation (EMR) during the yielding of metals. The theoretical predictions …

This work explores the influence of a pre-engineered notch on the electromagnetic radiation
(EMR) parameters in NiTi shape memory alloy (SMA) during tensile tests. The test data …

The article deals with the development of a theoretical model to predict the nature
(amplitude and shape) of deformation-induced electromagnetic radiation (EMR) in metals …

At microscopic level a deeper understanding of the dislocation dynamics in sintered metals
has not been yet investigated thoroughly which forms and important aspect of materials …