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Surface mechanical attrition treatment (SMAT) was used to produce gradient nanostructure in CuCr25 alloy. A gradient structure up to 200 μm thick in its surface layer with grain size from nano-scale to micro-scale was obtained. The microstructural features of the surface layer produced by SMAT were systematically characterized. The average Cr and Cu grain size of the top surface layer was about 10 nm...
A nanostructured nitride layer is produced on a large titanium plate using mechanical shot peening (MSP) followed by a low‐temperature gaseous nitriding method. The combined effect of the MSP and low‐temperature nitriding on the microstructural evolution and mechanical properties is investigated using X‐ray diffraction, scanning electron microscopy, transmission electron microscopy, as well as hardness,...
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