Microwaves at 2.45 GHz used to ignite the combustion synthesis of Ni and Al powder mixtures to produce NiAl and a complex Ni-Al-Ti intermediate layer on titanium. Wear resistance of the complex Ni-Al-Ti layer were measured in dry-sliding against alumina using a tribometer. Other mechanical properties, as scratch resistance and elastic modulus, were measured. These showed that Ni-Al-Ti layer presents increased performances with respect to polycrystalline NiAl.
Tough and Wear resistant NiAl based thick intermetallic coatings on Titanium obtained by microwave assisted combustion synthesis / A.Casagrande;GP.Cammarota;P.Veronesi;G.Poli;R.Rosa. - STAMPA. - 3:(2008), pp. 71-76. (Intervento presentato al convegno EUROPM2008 tenutosi a Mannheim-Germany nel ottobre).
Tough and Wear resistant NiAl based thick intermetallic coatings on Titanium obtained by microwave assisted combustion synthesis
CASAGRANDE, ANGELO;
2008
Abstract
Microwaves at 2.45 GHz used to ignite the combustion synthesis of Ni and Al powder mixtures to produce NiAl and a complex Ni-Al-Ti intermediate layer on titanium. Wear resistance of the complex Ni-Al-Ti layer were measured in dry-sliding against alumina using a tribometer. Other mechanical properties, as scratch resistance and elastic modulus, were measured. These showed that Ni-Al-Ti layer presents increased performances with respect to polycrystalline NiAl.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
