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Glissements aux joints de phases de l'eutectique lamellaire Al-Al2Cu déformé à chaud par cisaillement

Glissements aux joints de phases de l'eutectique lamellaire Al-Al2Cu déformé à chaud par cisaillement
Des essais de cisaillements cycliques, a des temperatures variant de 360 °C a 460 °C, ont ete realises sur l'eutectique lamellaire Al-Al2Cu(θ) obtenu par solidification dirigee. La cission appliquee est parallele aux joints Al/θ et a la direction de croissance. L'experience indique que la contrainte d'ecoulement du materiau correspondant a chaque cycle ne depend pratiquement que de la temperature et de la vitesse de charge actuelles du materiau. Le glissement macroscopique g resulte de glissements interfaciaux tres localises, delimitant le plus souvent des paquets de lamelles en nombre pair. Ces glissements interfaciaux sont tous proportionnels a g. L'utilisation d'une loi constitutive analogue a celle de Mukherjee, Bird et Dorn (1969) conduit a un exposant m egal a 0,26 pour la vitesse de glissement g et une energie d'activation apparente voisine de 128 kJ.mole-1.
plastic deformation, constitutive law, applied shear stress, crystallographic shear, loading rate, high temperature cyclic shear, interfaces, 633 to 733K, aluminium alloys, [ PHYS.HIST ] Physics [physics]/Physics archives, localized interfacial slidings, copper alloys, sliding rate, Al Al sub 2 Cu, aluminium, deformation, unidirectionally solidified lamellar eutectic, growth direction, eutectic alloys, activation energy, [PHYS.HIST]Physics [physics]/Physics archives, flow stress, phase boundaries, macroscopic sliding, [PHYS.HIST] Physics/Physics archives
plastic deformation, constitutive law, applied shear stress, crystallographic shear, loading rate, high temperature cyclic shear, interfaces, 633 to 733K, aluminium alloys, [ PHYS.HIST ] Physics [physics]/Physics archives, localized interfacial slidings, copper alloys, sliding rate, Al Al sub 2 Cu, aluminium, deformation, unidirectionally solidified lamellar eutectic, growth direction, eutectic alloys, activation energy, [PHYS.HIST]Physics [physics]/Physics archives, flow stress, phase boundaries, macroscopic sliding, [PHYS.HIST] Physics/Physics archives
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