This study reviews and compares the techniques such as LIMCA, PoDFA, Prefil, LIAS and RPT that are used to quantify defects in liquid aluminium alloys. in general, it is found that most of the current techniques are not fully satisfactory. Only the Reduced Pressure Test (RPT) appears to give reliable results of the number and size of bifilms (and sometimes, but not infallibly, an indication of hydrogen content). The density (or Density index) is valuable, but requires the supplement of additional quantification from the number and size of bifilms, which are recommended as additional major quality indicators. The use of a new Melt Quality chart is described
In Al alloy castings, it is often not microstructure, but entrained defects in the form of bifilms t...
The treatment of liquid aluminum prior to casting typically consists of purging gas and/or fluxes th...
In this study, the effect of melt quality and quenching temperature on the mechanical properties of ...
The presence of bifilms in aluminium alloys has not so far been widely accepted, because there is no...
There is growing evidence that, in general, aluminium castings under-perform by a large margin. This...
The trend in the aluminum high end market is to set unrealistic quality requirements e.g. inclusion ...
The oxide layer on liquid aluminum serves as a protective property to prevent the alloy from further...
Aluminium and its alloys are prefer choice of automotive parts due to their low density and high str...
Aluminium alloy castings are being used increasingly in safety-critical applications in the automoti...
Recyclability is one of the great features of aluminium and its alloys. However, it has been typical...
The concentration of hydrogen is one of the most important parameters in liquid aluminum processing ...
Aluminum alloys are widely used in the industry thanks to its many advantages such as light weight a...
The use of aluminum is a key factor in creating an Eco-friendlier automotive industry. The material ...
In striving to produce high quality cast components from recycled aluminium alloys,imperfections hav...
The use of secondary aluminium is increasingly being promoted in the automotive industry for environ...
In Al alloy castings, it is often not microstructure, but entrained defects in the form of bifilms t...
The treatment of liquid aluminum prior to casting typically consists of purging gas and/or fluxes th...
In this study, the effect of melt quality and quenching temperature on the mechanical properties of ...
The presence of bifilms in aluminium alloys has not so far been widely accepted, because there is no...
There is growing evidence that, in general, aluminium castings under-perform by a large margin. This...
The trend in the aluminum high end market is to set unrealistic quality requirements e.g. inclusion ...
The oxide layer on liquid aluminum serves as a protective property to prevent the alloy from further...
Aluminium and its alloys are prefer choice of automotive parts due to their low density and high str...
Aluminium alloy castings are being used increasingly in safety-critical applications in the automoti...
Recyclability is one of the great features of aluminium and its alloys. However, it has been typical...
The concentration of hydrogen is one of the most important parameters in liquid aluminum processing ...
Aluminum alloys are widely used in the industry thanks to its many advantages such as light weight a...
The use of aluminum is a key factor in creating an Eco-friendlier automotive industry. The material ...
In striving to produce high quality cast components from recycled aluminium alloys,imperfections hav...
The use of secondary aluminium is increasingly being promoted in the automotive industry for environ...
In Al alloy castings, it is often not microstructure, but entrained defects in the form of bifilms t...
The treatment of liquid aluminum prior to casting typically consists of purging gas and/or fluxes th...
In this study, the effect of melt quality and quenching temperature on the mechanical properties of ...