Aluminum Metal matrix composite has replaced traditional metal alloys in many applications
as their use expanded primarily from aerospace and automotive industries. To cope with the …

Purpose The purpose of this study is to explore how a time-varying electromagnetic stirring
(EMS) affects the fluid flow and solidification behavior in a slab caster continuous casting …

Purpose The purpose of this article is to numerically investigate the effect of casting speed
on the fluid flow, solidification and inclusion motion under the influence of electromagnetic …

The solidification of molten metal represents a pivotal phase in the preparation and shaping
of metallic materials. Continuous casting, as a crucial juncture in the solidification of molten …

Herein, the effect of bifurcated submerged entry nozzle (SEN) port angles on transient flow,
solidification, and inclusion behavior in a bloom caster mold with electromagnetic stirring …

Fabrication of particle-reinforced metal matrix composite sheets using twin-roll casting (TRC)
encounters quality challenges in the cast product, constraining its industrial viability. The …

An innovative permanent magnet stirring (PMS) distinguished by high magnetic flux density
presents a viable approach to produce AH32 shipbuilding steel with fine and uniform …

Numerical models were built and validated to analyze the flow and heat transfer in three
submerged entry nozzles (SEN) and a large round billet mold. A comparative investigation …

In the current study, the quantity, size, and spatial distribution of non-metallic inclusions
along the thickness direction of an ultralow carbon IF steel were detected employing an …

Slag entrapment from metal–slag interface during continuous casting operations has been a
major area of concern for steelmakers globally. The presence of inactive regions in the …