Recently, technologies for twin-roll casting have been widely developed to efficiently fabricate the lightweight Mg alloy sheets that art quite attractive for numerous weight-sensitive applications. This paper reviews the recent progress in the twin-roll casting for Mg alloys, focusing on the processing aspects that have close relations to the solidification behavior of Mg alloy strips. In addition, recent attempts to develop new Mg alloys utilizing the metallurgical advantages attainable by this novel casting process are also presented.close253
A significant barrier preventing use of magnesium sheet in automotive light-weighting initiatives is...
An attempt has been made to clad Mg alloy with Al by twin-roll casting. This was done by inserting a...
AZ31 and experimental ZMA611 alloys were strip cast into 2 mm thick strips. The as-cast AZ31 alloy s...
Development of wrought Mg alloys, particularly in sheet form, is essential to support the growing in...
Development of wrought Mg alloys, particularly in sheet form, is essential to support the growing in...
Twin Roll Casting (TRC) has been successfully employed for the past sixty years to produce aluminum,...
This study was aimed for investigating of manufacturing high aluminum content Mg alloys using a hori...
With the best lightweight potential of all metallic construction materials, magnesium primarily help...
i Twin roll casting (TRC) offers a promising route for the economic production of Mg sheet, but unfo...
A new production technology for magnesium strip, based on twin-roll-casting and strip rolling was de...
AbstractTwin-Roll-Casting enables the production of magnesium strip and sheet material with advanced...
Because of their propensity to dynamically recrystallise, superplastic behaviour can be obtained fro...
Because of their propensity to dynamically recrystallise, superplastic behaviour can be obtained fro...
While magnesium alloys are routinely used in engineering applications in the form of net shape casti...
Twin-roll casting AZ31 Mg alloy sheets have been fabricated by normal unidirectional-rolling, head-t...
A significant barrier preventing use of magnesium sheet in automotive light-weighting initiatives is...
An attempt has been made to clad Mg alloy with Al by twin-roll casting. This was done by inserting a...
AZ31 and experimental ZMA611 alloys were strip cast into 2 mm thick strips. The as-cast AZ31 alloy s...
Development of wrought Mg alloys, particularly in sheet form, is essential to support the growing in...
Development of wrought Mg alloys, particularly in sheet form, is essential to support the growing in...
Twin Roll Casting (TRC) has been successfully employed for the past sixty years to produce aluminum,...
This study was aimed for investigating of manufacturing high aluminum content Mg alloys using a hori...
With the best lightweight potential of all metallic construction materials, magnesium primarily help...
i Twin roll casting (TRC) offers a promising route for the economic production of Mg sheet, but unfo...
A new production technology for magnesium strip, based on twin-roll-casting and strip rolling was de...
AbstractTwin-Roll-Casting enables the production of magnesium strip and sheet material with advanced...
Because of their propensity to dynamically recrystallise, superplastic behaviour can be obtained fro...
Because of their propensity to dynamically recrystallise, superplastic behaviour can be obtained fro...
While magnesium alloys are routinely used in engineering applications in the form of net shape casti...
Twin-roll casting AZ31 Mg alloy sheets have been fabricated by normal unidirectional-rolling, head-t...
A significant barrier preventing use of magnesium sheet in automotive light-weighting initiatives is...
An attempt has been made to clad Mg alloy with Al by twin-roll casting. This was done by inserting a...
AZ31 and experimental ZMA611 alloys were strip cast into 2 mm thick strips. The as-cast AZ31 alloy s...