AI-Cu, AI-Ni, Bi-Mn hypo- and hypereutectic alloys are used to study effects of the magnetic field on the dendrites and cellular array, interface transformation and shape. Results indicate that the field causes the interface to be destabilized and irregular and promotes the planar-cellular and the cellular-dendritic transformation. The field has a great influence on the cellular and dendrite array morphology. Indeed, the field causes severe distortion in the cellular and dendritic array Investigations on growths of the lamellar eutectic (AI2Cu-AI and Pb-Sn) and rod eutectic (Bi-MnBi) alloy un der a high magnetic field show that a high magnetic field has degenerated the lamellar structure into a wavy one at a low growth speed and changed the...
An investigation into the influence of a transverse magnetic field (0.45 T) on the mushy zone morpho...
An investigation into the influence of a transverse magnetic field (0.45 T) on the mushy zone morpho...
International audienceThe effects of strong magnetic fields on the columnar-to-equiaxed transition (...
International audienceThe influences of high magnetic field (up to 12 T) on the morphology of Pb-Sn ...
International audienceThe effect of a strong magnetic field (up to 12T) on the macrosegregation and ...
International audienceThe effect of a high magnetic field on the morphology of the Al-Si eutectic wa...
The effect of a strong magnetic field (up to 12 T) on the macrosegregation and dendrite morphology d...
International audienceThe effect of a strong magnetic field on the morphology and orientation of the...
International audienceThe effect of a high magnetic field on the morphology and preferred orientatio...
Imposing a strong magnetic field is considered to be an attractive method to prepare materials with ...
International audienceEffect of a transverse magnetic field on the macrosegregation and the growth o...
International audienceThree alloys were directionally solidified at low growth speeds under a transv...
International audienceThree alloys were directionally solidified at low growth speeds under a transv...
International audienceThree alloys were directionally solidified at low growth speeds under a transv...
International audienceThree alloys were directionally solidified at low growth speeds under a transv...
An investigation into the influence of a transverse magnetic field (0.45 T) on the mushy zone morpho...
An investigation into the influence of a transverse magnetic field (0.45 T) on the mushy zone morpho...
International audienceThe effects of strong magnetic fields on the columnar-to-equiaxed transition (...
International audienceThe influences of high magnetic field (up to 12 T) on the morphology of Pb-Sn ...
International audienceThe effect of a strong magnetic field (up to 12T) on the macrosegregation and ...
International audienceThe effect of a high magnetic field on the morphology of the Al-Si eutectic wa...
The effect of a strong magnetic field (up to 12 T) on the macrosegregation and dendrite morphology d...
International audienceThe effect of a strong magnetic field on the morphology and orientation of the...
International audienceThe effect of a high magnetic field on the morphology and preferred orientatio...
Imposing a strong magnetic field is considered to be an attractive method to prepare materials with ...
International audienceEffect of a transverse magnetic field on the macrosegregation and the growth o...
International audienceThree alloys were directionally solidified at low growth speeds under a transv...
International audienceThree alloys were directionally solidified at low growth speeds under a transv...
International audienceThree alloys were directionally solidified at low growth speeds under a transv...
International audienceThree alloys were directionally solidified at low growth speeds under a transv...
An investigation into the influence of a transverse magnetic field (0.45 T) on the mushy zone morpho...
An investigation into the influence of a transverse magnetic field (0.45 T) on the mushy zone morpho...
International audienceThe effects of strong magnetic fields on the columnar-to-equiaxed transition (...