ODILIA CORDEIRO DE SOUSA RIBEIRO

ODILIA CORDEIRO DE SOUSA RIBEIRO

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Influencias na resistencia a ruptura transversal do aco rapido M3:2
2004 - ARAUJO FILHO, O.O.; RIBEIRO, O.C.S.; NEVES, M.D.M.; FILHO, F.A.; SILVA, C.H.L.
Transverse rupture strength of a PM tool steel
2005 - ARAUJO FILHO, O.O.; AMBROZIO FILHO, F.; NEVES, M.D.M.; RIBEIRO, O.C.S.; SILVA, C.H.L.
Influence of the heat treatment on the microstructure of AISI T15 high speed steel
2003 - NOGUEIRA, R.A.; RIBEIRO, O.C.S.; NEVES, M.D.M.; LIMA, L.F.C.P.; AMBROZIO FILHO, F.; FRIEDRICH, D.; BOEHS, L.
Influence of sharpening and coating operations on the wear of sintered high speed steel tools
2003 - BOEHS, L.; FRIEDRICH, D.N.; CALDEIRA, P.F.; AMBROZIO FILHO, F.; LIMA, L.F.C.P.; NEVES, M.D.M.; RIBEIRO, O.C.S.; NOGUEIRA, R.A.
Microstructural evaluation of AISI T-15 high speed steel
2001 - NOGUEIRA, R.A.; AMBROZIO FILHO, F.; LIMA, L.F.C.P.; RIBEIRO, O.C.S.; NEVES, M.D.M.; BOEHS, L.; FUNARO, R.
Processing of a high-alloy high-speed steel via water atomisation and direct sintering
1993 - OLIVEIRA, M.M.; RIBEIRO, O.C.S.; WRONSKI, A.S.
Characterization of Ni-Cu alloy powders produced by the atomization process
1991 - SALGADO, L.; AMBROZIO FILHO, F.; NEVES, M.D.M.; POLA, E.J.G.; SOUZA, O.C.
Acos rapidos sinterizados
1995 - RIBEIRO, O.C.S.; ARAUJO, E.G.; AMBROZIO FILHO, F.
Obtencion de tetracloruro de circonio por la tecnica de cloracion en lecho fluidizado
1996 - SEO, E.S.M.; SOUZA, O.C.; SILVA, L.C.E.; ANDREOLI, M.; PASCHOAL, J.O.A.
Effect of heat treatment on microstructure of commercial and vacuum sintered high speed steels AISI M2 and T15
2005 - NOGUEIRA, R.A.; RIBEIRO, O.C.S.; NEVES, M.D.M.; SALGADO, L.; AMBROZIO, F.F.
The effect of quenching heat treatments on the microstructure of cast and worked commercial steel AISI M2 and hot isostatically pressed as well as IPEN vacuum sintered AISI T15 have been studied. The quenching treatments were carried out from 1160, 1185, 1210 and 1235°C. The average grain size, volume fraction and average size of the primary carbides M6C and MC were determined by scanning electron microscopy and by using the digital image analysis method "Quantikov". An increase in average austenite grain size with increase in quenching temperature was observed for the AISI M2 commercial steel and vacuum sintered specimens. In the case of the AISI T15 steel specimens, increase in quenching temperature did not result in an increase in average grain size, both for the commercial and the vacuum sintered steels. The average size and volume fraction of M6C and MC carbides remained unaltered with increase in quenching temperature.