Abstract Four, hot-rolled, plain-carbon steels with varying carbon content were subjected to
slow strain-rate tensile (SSRT) tests in a 95-MPa gaseous hydrogen environment at ambient …

The possible effects of crystallographic orientation and grain boundary distributions on
fatigue crack initiation and propagation were studied in used pearlitic rail steels …

Via traditional wire drawing, the medium carbon ferrite-pearlite (MCFP) steel wires can
achieve the ultrahigh strength beyond 4 GPa normally for high-carbon pearlitic steel wires …

The pearlite phase transition behavior of the high-carbon steel (0.82% C) under different
holding temperatures (1050° C and 1450° C) and cooling rates (60, 300 and 600° C/min) …

The effect of pearlite microstructure characteristics on strength and deformation of C70
pearlitic steel was investigated. Tensile tests under X-ray diffraction coupled with self …

Abstract Two C-Mn-Si steels with and without Nb micro-alloying are selected in the present
study. Both these high carbon steels have been thermo-mechanically processed using …

The temperature distribution within wire ring during the Stelmor type cooling process has
been investigated to understand the underlying cooling mechanism of steel wire rod using …

In this research, the effects of transformation temperature, time and cooling rate during
continuous and isothermal heat treatment processes on microstructure evolutions and …

Microstructure of pearlitic steels subjected different heat treatments were characterized
combining the usage of back‐scattered electron imaging and electron backscatter diffraction …

Abstract Two tests, the International Federation of Prestressed Concrete (FIP) and the
Deutsches Institut für Bautechnik (DIBt) tests, are currently used for ascertaining the …