Microstructure evolution and deformation mechanism of amorphous/crystalline high-entropy-alloy composites
Jia Lia, Haotian Chena, Hui Fenga, Qihong Fanga,*(
), Yong Liub, Feng Liub,*(), Hong Wub, Peter K Liawc,*()
), Yong Liub, Feng Liub,*(), Hong Wub, Peter K Liawc,*()
.
Fig. 7.. The stress distribution at the strain of 20% and different materials: the crystalline HEA (a), amorphous HEA layer with 3?nm (b), amorphous HEA layer with 6?nm (c), amorphous HEA layer with 9?nm (d), amorphous HEA layer with 12?nm (e), and amorphous HEA (f). Dotted line represents the interface.
