Ductile to brittle transition (DBT) is a well-known phenomenon responsible for deteriorating
the low temperature fracture toughness of ferritic steels. It is unambiguous to state that the …

Screw dislocation motion in bcc Fe plays an important role in establishing the strong
temperature and strain rate sensitivity of flow stress, which in turn promotes the ductile to …

This paper investigated the effect of soft reduction technique on microstructure evaluation
and toughness of medium carbon steel. The scanning electron microscope (SEM) was used …

The present investigation correlates the austenite reversion and its stability during
intercritical annealing (IA) with the tensile and Charpy impact properties of a low‐C naval …

Primarily ferrite-pearlite microstructure having coarse ferrite grain size (24 µm) and high
pearlite fraction (42%) offered YS∼ 575 MPa with poor impact properties such as, upper …

Based on the classical Rice model of crack tip dislocation emission, the present article
provides a theoretical prediction of suitable grain orientations (texture components) in a …

In order to find an alternative choice for structural load-bearing components, an effort was
made to improve the impact toughness of medium Mn steel through inter-critical annealing …

Fracture toughness studies of line-pipe steels are extremely crucial as line-pipes are
exposed to extreme conditions in application. The effects of crystallographic texture and …

To meet the growing demands of various industries for materials that are not only highly
resistant but also possess good mechanical properties at a reasonable cost, high strength …

Different from previous work, evolution of shape, size distribution, total number density, and
distribution characteristic of TiN was systematically investigated in Fe–Al–Ti–O–N alloy with …