Simultaneously rapid synthesis and consolidation of nanostructured MgAl2Ti3O10-Mg0.6Al0.8Ti1.6O5 composite and its mechanical properties
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Nanocrystalline materials have received much attention as advanced engineering materials with improved physical and mechanical properties. As nanomaterials possess high strength, high hardness, excellent ductility and toughness, undoubtedly, more attention has been paid to the application of nanomaterials. Nanopowders of Al2O3, TiO2 and MgO were fabricated by high energy ball milling. The simultaneous synthesis and sintering of nanostuctured MgAl2Ti3O10-Mg0.6Al0.8Ti1.6O5 composite from milled powders of 1.4Al2O3, 4.6TiO2 and 1.6MgO was investigated by the high-frequency induction heated sintering process. A highly dense nanostructured MgAl2Ti3O10-Mg0.6Al0.8Ti1.6O5 composite was produced with the simultaneous application of 80 MPa pressure and an induced current within one minute. The grain sizes and mechanical properties (hardness and fracture toughness) of MgAl2Ti3O10-Mg0.6Al0.8Ti1.6O5 composite sintered at 1100 o C were investigated.
Abstract
Nanocrystalline materials have received much attention as advanced engineering materials with improved physical and mechanical properties. As nanomaterials possess high strength, high hardness, excellent ductility and toughness, undoubtedly, more attention has been paid to the application of nanomaterials. Nanopowders of Al2O3, TiO2 and MgO were fabricated by high energy ball milling. The simultaneous synthesis and sintering of nanostuctured MgAl2Ti3O10-Mg0.6Al0.8Ti1.6O5 composite from milled powders of 1.4Al2O3, 4.6TiO2 and 1.6MgO was investigated by the high-frequency induction heated sintering process. A highly dense nanostructured MgAl2Ti3O10-Mg0.6Al0.8Ti1.6O5 composite was produced with the simultaneous application of 80 MPa pressure and an induced current within one minute. The grain sizes and mechanical properties (hardness and fracture toughness) of MgAl2Ti3O10-Mg0.6Al0.8Ti1.6O5 composite sintered at 1100 o C were investigated.
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