Magnesium and its alloys are attractive materials for use in automotive and aerospace applications because of their low density and good mechanical properties. However, difficulty in forming magnesium and the limited number of available commercial alloys limit their use. The present work reviews the efforts to improve the attractiveness of magnesium through non-traditional processing, and presents the results of producing AZ31 magnesium alloy via powder metallurgy P/M. P/M can be used to alleviate the formability problem through near-net-shape processing, and also allows unique chemical compositions that can lead to the development of new alloys with novel properties
Magnesium alloys have been attractive to designers due to their low density (two thirds that of alum...
Magnesium (Mg) alloys despite being the ideal candidate for structural applications, owing to their ...
72 p.The objective of this wok is to fabricate magnesium alloys with calcium, Ca addition for improv...
Purpose: This paper explains mechanical synthesis which uses powders or material chunks in order to ...
AbstractThe casting-solid extrusion forging plus semi-solid partial remelting route is used to impro...
Magnesium alloys possess unique properties, which when fully exploited can open up for major inroads...
Mg is a metal with a very low density (=1.7 g/cm3). In general, however, it is difficult to form its...
Magnesium alloys possess unique properties, which when fully exploited can open up for major inroads...
Magnesium (Mg) and its alloys are considered an ideal material for aerospace, medical, energy, and a...
Scientists and engineers for decades searched to utilize magnesium, known of its low density, for li...
A novel grain refinement method using a CaMgSn intermetallic phase was investigated via adding a Mg–...
The Group of Powder Technology (GTP) of the University Carlos III has a wide experience in the devel...
Economical and fuel-efficient vehicles are a current topic of interest worldwide, due to increasing ...
In this study, a novel fine-grained AZ31 magnesium (Mg) alloy reinforced with sub-micron vanadium pa...
Magnesium alloys are very promising materials for automotive and aerospace applications due to their...
Magnesium alloys have been attractive to designers due to their low density (two thirds that of alum...
Magnesium (Mg) alloys despite being the ideal candidate for structural applications, owing to their ...
72 p.The objective of this wok is to fabricate magnesium alloys with calcium, Ca addition for improv...
Purpose: This paper explains mechanical synthesis which uses powders or material chunks in order to ...
AbstractThe casting-solid extrusion forging plus semi-solid partial remelting route is used to impro...
Magnesium alloys possess unique properties, which when fully exploited can open up for major inroads...
Mg is a metal with a very low density (=1.7 g/cm3). In general, however, it is difficult to form its...
Magnesium alloys possess unique properties, which when fully exploited can open up for major inroads...
Magnesium (Mg) and its alloys are considered an ideal material for aerospace, medical, energy, and a...
Scientists and engineers for decades searched to utilize magnesium, known of its low density, for li...
A novel grain refinement method using a CaMgSn intermetallic phase was investigated via adding a Mg–...
The Group of Powder Technology (GTP) of the University Carlos III has a wide experience in the devel...
Economical and fuel-efficient vehicles are a current topic of interest worldwide, due to increasing ...
In this study, a novel fine-grained AZ31 magnesium (Mg) alloy reinforced with sub-micron vanadium pa...
Magnesium alloys are very promising materials for automotive and aerospace applications due to their...
Magnesium alloys have been attractive to designers due to their low density (two thirds that of alum...
Magnesium (Mg) alloys despite being the ideal candidate for structural applications, owing to their ...
72 p.The objective of this wok is to fabricate magnesium alloys with calcium, Ca addition for improv...