This study aims to investigate the effects of welding on the fatigue and crack behavior of
ASTM A36 steel, a low-carbon steel commonly used in various applications, particularly in …

This paper presents a methodology that integrates the semi-empirical corrosion models with
probabilistic analysis to study steel structural failure behavior considering material and …

AISI H13 die steel specimens were subjected to heating at 1020° C followed by oil
quenching and double tempering at 520° C. Subsequently, these specimens were subjected …

The corrosion behavior of ship steel with different microstructure in a simulated tropical
marine atmosphere was systematically investigated. Results show that homogeneous …

Carbon steels are widely used as infrastructure components owing to their high strength,
ductility, and weldability. However, as corrosion degrades critical infrastructure components …

Current global 3D metal printing research is focused on powder bed fusion and direct
energy deposition. Several materials are presently under research to assess their post …

Accurately improving the mechanical properties of low-alloy steel by changing the alloying
elements and heat treatment processes is of interest. There is a mutual relationship between …

For extending the functionality and scope of an alloy, it is extremely necessary to establish
long-term sustainability. Corrosion creates deleterious impact on the consistent and durable …

In order to investigate the fracture behaviors of corroded cold-formed thin steel plates, the
tensile tests, surface scanning and numerical analysis considering actual corroded surface …

The complexity of corrosion mechanisms in harsh offshore environments poses safety and
integrity challenges to oil and gas operations. Exploring the unstable interactions and …