Air entrainment during mold filling is a major source of oxide inclusion formation in metal
casting. A model was recently developed by the authors to predict the volumetric air …

Air entrainment during mould filling is major source of oxide inclusions in metal castings. A
model is developed to predict the location and rate of air entrainment as part of a standard …

Oxide inclusions form during pouring of metal castings as a result of air entrainment.
Recently, a model was developed by the authors to predict the volumetric air entrainment …

The aim of this study is to establish a correlation between the proven version of the
pressurized gating system for steel castings and the cost-effective version of the pressurized …

Casting simulation technology is an effective method to provide the predicted information on
defects such as shrinkage, gas entrapment, cold shut, misrun and inclusions. To extend the …

The submerged gate filling processes were investigated through the use of particle image
velocimetry (PIV) measurements, numerical simulation and castings production. The results …

In this study, we proposed a design methodology for a ladle with flow characteristics that
minimize air entrapment and oxidation during the pouring of molten aluminum in the casting …

Air entrainment is a well-known phenomenon that plays an important role in the quality of
aluminum castings. This phenomenon negatively affects mechanical properties, attributed to …

Hydrogen cracking occurs due to the build-up of gas pressure at inclusions, generally
manganese sulfide inclusions. Cracking occurs in the thickest parts of a section, distance to …

Casting simulation technology is an most effective method to provide the predicted
information on casting defects such as shrinkage, gas entrapment and non-metalic …