This study involved fully pearlitic wires of seven different diameters (5.5–1.6 mm). All
samples were laboratory annealed to re-austenitize and were then air-cooled to reform the …

The prediction and observation of growth ledges at various moving interphase boundaries in
solid-solid phase transformations has become increasingly widespread since first proposed …

The crystallography of pearlite with M7C3 carbide lamellae and the atomic structure at the
ferrite/carbide interface have been examined by means of transmission electron microscopy …

The very earliest attempts at modelling pearlite growth [1–3] assumed that volume diffusion
of carbon, in the austenite ahead of the advancing pearlite, would be rate controlling. The …

The temperature dependence of the spacing of pearlite lamellae has been of interest for a
long time [1, 2]. The linear relationship between the reciprocal of interlamellar spacing and …

Even though there are now several reports of ledges in the pearlite/austenite interface,
recent experimental observations seem to indicate that the effect of crystallography on the …

The morphology and microstructure of intragranular pearlite in 100Mn13 high‐carbon, high‐
manganese steel aged at 600° C are observed by a scanning electron microscope (SEM) …

The growth and morphological evolution of the Cu Al eutectoid were investigated. Cu Al
pearlite is shown to exhibit direction steps at the interlamellar heterophase boundary which …

The nature of the pearlite phase transformation has received much attention over the last
decade. Most notably a body of work has presented observations that have been …

An analysis of available data of the growth offerrous pearlite using moving boundary
diffusivities rather than those for stationary grain boundaries is presented. Two ledge growth …