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Report No.

Evaluation of residual stress and deformation behavior on ZrC particulate reinforced metallic glass using neutron diffraction

Suzuki, Hiroshi ; Saida, Junji*; Imafuku, Muneyuki*

Residual stress and deformation behavior on a Zr$$_{55}$$Al$$_{10}$$Ni$$_{5}$$Cu$$_{30}$$ bulk metallic glass containing 10vol%ZrC particles were measured using neutron diffraction. Elastic deformation behavior under uniaxial tensile loading can be predicted by the Self-Consistent model. Since phase stress transferred to the metallic glass matrix is 5% less than applied stresses and the residual stress in the matrix is approximately 100MPa in tension, the compressive strength of the composite bulk metallic glass would be higher than that of monolithic one.



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