Microstructure evolution in aluminum matrix nanocomposites and aluminum alloys throughout whole process of additive friction extrusion deposition

Y.D. Wang

doi:10.1016/j.jmst.2025.12.027

Microstructure evolution in aluminum matrix nanocomposites and aluminum alloys throughout whole process of additive friction extrusion deposition

2025-12-19

0

PRE

AI

Y

Y.D. Wang

F

F.C. Liu *

Z

Z.Y. Liu

P

Peng Xue

L

L.H. Wu

H

H. Zhang

Z

Z. Zhang

D

D.R. Ni

B

B.L. Xiao

Z

Z.Y. Ma

DOI：10.1016/j.jmst.2025.12.027

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• CNT/Al6061 was prepared by emerging additive friction extrusion deposition. • Extensive recrystallization occurred before materials were sent into die orifice. • The grains were further refined after being extruded out of the die orifice. • CNT/Al6061 exhibited greatly refined grain structure and reduced texture density. • T6 treated CNT/Al6061 exhibited a 38% increase in UTS without loss of ductility.

Microstructure evolution in aluminum matrix nanocomposites and aluminum alloys throughout whole process of additive friction extrusion deposition

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