Multilayered Al/Cu/Mn composites were produced from aluminum 1100 strips, commercial copper foils
and manganese powders, through accumulative roll bonding (ARB). The structural and microstructural
evolution of the produced composites was studied by X-ray diffraction and scanning electron microscopy.
Also, their mechanical properties at various ARB cycles were studied by microhardness and tensile tests.
In this process after nine ARB cycles, a multilayered Al/Cu/Mn composite with homogeneously distributed,
fragmented copper layers and Mn powders in the aluminum matrix was produced. Also, it was
observed that with increasing strain by progression of the ARB process, the strength and microhardness
of the produced composites increased.
کلید واژگان :
Metal-matrix composites Nanostructured materials Mechanical properties Accumulative roll bonding
