High strength low alloy (HSLA) steels have demonstrated superior mechanical properties
through controlled rolling (CR). In the present investigation, the effects of processing …

The load bearing capacity of reinforced concrete structures after fire can be assessed if the
modified mechanical properties of the building materials, designated here as 'residual', are …

The grain refinement and strength improvement resulted from hot rolling temperature in Ti
microalloyed low carbon martensitic steel was investigated in this study. Two different …

To verify the mathematical model of the water-jet cooling of steel plates developed by the
authors, previously performed experimental studies of the temperature of the test plates in a …

In this study, the effect of hot rolling parameters such as reduction percentage, rolling and
coiling temperature on the microstructure and mechanical properties of dual phase (DP) …

Micro-alloyed steels are known to exhibit superior mechanical properties through controlled
rolling and specific thermo-mechanical treatments. Steel strength directly comes from a …

A “direct measurement” of the impact toughness of both Tempcore and microalloyed with
vanadium reinforcing steel bars, of the same strength class (500MPa nominal yield stress) …

In the case of products made of steel, the presence of an oxide layer, which is formed during
the steel production process as a result of high temperature, has a significant impact on the …

The purpose of the work is to predict the strength of the rolled product using artificial neural
network (ANN). A network model is developed to predict the strength of rolled Fe 415 steel …

Effects of cooling rate (V cr) and final cooling temperature (T ft), after hot deformation, on
microstructure and hardness for 1· 0C–1· 5Cr bearing steel were investigated. The results …