The corrosion of reinforcement possesses a huge problem for our present infrastructure both
in terms of human lives and monetary ground. Understanding the corrosion of …

As part of rolled steel's design and optimization, computational modeling and simulation are
increasingly applied for predicting the properties and microstructure of final steel products …

The crystal plasticity finite element (CPFE) method was used to predict forming limit strains
of hexagonal close‒packed (HCP) polycrystalline magnesium alloy sheets, namely AZ31 …

Thermomechanically treated (TMT) carbon steel bars, often known as TempCore TM bars,
are commonly used as reinforcements in concrete structures. TMT causes the formation of a …

This study reports a detailed investigation of the deformation behavior and microstructural
evolution of a novel ultra-low carbon Cr-Mo alloyed dual-phase steel rebar aimed for marine …

A computational modeling for predicting microstructure evolutions and mechanical
properties of steels under thermo-mechanical-metallurgical process is established, for the …

One of the most efficient and cheapest ways to improve steel reinforcement bars is the
Tempcore process. In this study, the effects of water pressure, water temperature, bar …

In this study, intermediate frequency induction heat treatment (IFIHT) is applied to cold-rolled
ribbed steel rebar with low-cost Q235 as raw material, and a combination of excellent …

In this study, the surface analysis, cross-section analysis and electrochemical analysis were
used to explore the formation mechanism of Nb contents on the passive film of high-strength …

Ribbed reinforcing steel bars (rebars) are used for the reinforcement of concrete structures.
In service, they are subjected to cyclic loading. Several studies addressing the relationship …