Magnesium die castings have been experiencing dramatic growth recently, especially in the automotive market. These die castings are sensible solutions for many applications; the use of refined-recycled magnesium in those applications makes environmental and financial sense. This article discusses the methods used to refine and recyle magnesium and the options for metal-quality determination
This report documents the evaluation of the magnesium recycling routes in order to obtain the maximu...
Contemporary materials engineering requires the use of materials characterised by high mechanical pr...
Magnesium alloys are the lightest structural metallic materials and their importance in a range of i...
Magnesium die castings have been experiencing dramatic growth recently, especially in the automotive...
Magnesium alloys are one of the lightest of all the structural materials. Because of their excellent...
Magnesium recycling has become more important in today’s environmentally aware society. To prompt th...
The raw material and its transformation cost (the die casting process) together with important corro...
AbstractThis paper summarizes the melting and casting processes for magnesium alloys. It also review...
AbstractIn the last years the interest in the recycling and re-use of magnesium alloys was increased...
Being the lightest structural metallic material, Magnesium is widely used by the automotive industry...
We have proposed the 'Solid Recycling Process' as a new recycling process for magnesium scraps. In t...
Abstract The objective of this study is to review and eval-uate the applications of magnesium in the...
This article provides an overview of the materials used to manufacture magnesium wheels for light ve...
Magnesium's largest growth market, the automotive industry, is providing many challenges that have t...
The increase in the use of magnesium alloys in industry has caused the growth of recycling of a grea...
This report documents the evaluation of the magnesium recycling routes in order to obtain the maximu...
Contemporary materials engineering requires the use of materials characterised by high mechanical pr...
Magnesium alloys are the lightest structural metallic materials and their importance in a range of i...
Magnesium die castings have been experiencing dramatic growth recently, especially in the automotive...
Magnesium alloys are one of the lightest of all the structural materials. Because of their excellent...
Magnesium recycling has become more important in today’s environmentally aware society. To prompt th...
The raw material and its transformation cost (the die casting process) together with important corro...
AbstractThis paper summarizes the melting and casting processes for magnesium alloys. It also review...
AbstractIn the last years the interest in the recycling and re-use of magnesium alloys was increased...
Being the lightest structural metallic material, Magnesium is widely used by the automotive industry...
We have proposed the 'Solid Recycling Process' as a new recycling process for magnesium scraps. In t...
Abstract The objective of this study is to review and eval-uate the applications of magnesium in the...
This article provides an overview of the materials used to manufacture magnesium wheels for light ve...
Magnesium's largest growth market, the automotive industry, is providing many challenges that have t...
The increase in the use of magnesium alloys in industry has caused the growth of recycling of a grea...
This report documents the evaluation of the magnesium recycling routes in order to obtain the maximu...
Contemporary materials engineering requires the use of materials characterised by high mechanical pr...
Magnesium alloys are the lightest structural metallic materials and their importance in a range of i...
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