In this article, a numerical study on the sensitivity, related to the performance of open‐cell
foams used for the depth filtration of liquid metals, on two characteristic morphological …

It is well known that grain refiner additions in aluminum melts significantly reduce the
filtration efficiency of ceramic foam filters (CFF). However, the mechanism remains unclear …

In this work, a systematic study on the interactions between aluminum oxide films and TiB2
grain refiner particles and their effect on grain refinement behavior have been conducted …

In the present article, the performance and the efficiency of ceramic filters for continuous
steel filtration in an induction crucible furnace, which is part of the steel casting simulator …

As Campbell stated in 2006,“the use of entrainment models to optimise filling systems
designs for castings has huge commercial potential that has so far being neglected by …

The addition of grain refiner particles in the aluminum melt is known to reduce the filtration
efficiency of ceramic foam filter (CFF). In the present work, a systematic study on the …

In the present work, laboratory-scale continuous filtration tests of liquid A356 aluminum alloy
have been performed. The tests were conducted using standard 30 PPI (pores per inch) …

Abstract Commercial Ceramic Foam Filters (CFF) of 30, 50 and 80 Pores Per Inch (PPI) have
been primed, using magnetic field strengths of 0.06–0.2 T, for periods of 1–10 minutes. The …

Assessing metal cleanliness of aluminummelts is critical for product quality control, as well
as for process optimization. PoDFA is the current standard method for assessing aluminum …

The high mechanical performance of alloys developed for the manufacture of turbine disks
depend upon the size and the number density of the inclusions. The electron beam button …