This paper concentrates on the mechanical performance of various ceramic coatings of Cr2O3 on Steel (SAF2205), as produced by CO2 laser processing. The thickness of the coating that can be applied by laser coating is limited to about 200 mu m setting a limit to the maximum strain energy release rate that can be measured in a 4 point flexure test before severe yielding occurs. In addition, a network of cracks with spacings of the order of 200 mu m was always present in the laser applied coating preventing steady state crack growth along the interface. It is concluded that a firmly bonded coating of Cr2O3 on steel could be produced by high power laser processing. The actual interface strength of a (Fe, Cr)-spinel applied to stainless steel by...
This paper concentrates on laser coating of a Duplex steel SAF 2205 by bringing a mixture of Cr2O3 a...
This paper concentrates on thick and crack-free laser clad coatings (up to 3 mm). The coating materi...
This paper concentrates on laser coating of Fe-22 wt% Cr and a duplex steel SAF2205 by injecting Cr2...
This paper concentrates on the mechanical performance of various ceramic coatings of Cr2O3 on steel ...
This paper concentrates on the mechanical performance of various ceramic coatings of Cr2O3 on steel ...
This paper concentrates on the mechanical performance of various ceramic coatings of Cr2O3 on steel ...
This paper concentrates on the mechanical performance of various ceramic coatings of Cr2O3 on steel ...
This paper concentrates on the mechanical performance of various ceramic coatings of Cr2O3 on Steel ...
Electron microscopy, mechanical hardness measurements, and wear experiments have been carried out on...
Formation of a thin passive layer has been performed using short pulse laser dispersion of Cr2O3 par...
This paper concentrates on laser coating of a Duplex steel SAF 2205 by bringing a mixture of Cr2O3 a...
The present paper concentrates on the applications of CO2 laser treatments to enhance fretting wear ...
STATEMENT OF PROBLEM: Selective laser melting has been increasingly used in the fabrication of metal...
The present paper concentrates on the applications of CO2 laser treatments to enhance fretting wear ...
This paper concentrates on laser coating of a Duplex steel SAF 2205 by bringing a mixture of Cr2O3 a...
This paper concentrates on thick and crack-free laser clad coatings (up to 3 mm). The coating materi...
This paper concentrates on laser coating of Fe-22 wt% Cr and a duplex steel SAF2205 by injecting Cr2...
This paper concentrates on the mechanical performance of various ceramic coatings of Cr2O3 on steel ...
This paper concentrates on the mechanical performance of various ceramic coatings of Cr2O3 on steel ...
This paper concentrates on the mechanical performance of various ceramic coatings of Cr2O3 on steel ...
This paper concentrates on the mechanical performance of various ceramic coatings of Cr2O3 on steel ...
This paper concentrates on the mechanical performance of various ceramic coatings of Cr2O3 on Steel ...
Electron microscopy, mechanical hardness measurements, and wear experiments have been carried out on...
Formation of a thin passive layer has been performed using short pulse laser dispersion of Cr2O3 par...
This paper concentrates on laser coating of a Duplex steel SAF 2205 by bringing a mixture of Cr2O3 a...
The present paper concentrates on the applications of CO2 laser treatments to enhance fretting wear ...
STATEMENT OF PROBLEM: Selective laser melting has been increasingly used in the fabrication of metal...
The present paper concentrates on the applications of CO2 laser treatments to enhance fretting wear ...
This paper concentrates on laser coating of a Duplex steel SAF 2205 by bringing a mixture of Cr2O3 a...
This paper concentrates on thick and crack-free laser clad coatings (up to 3 mm). The coating materi...
This paper concentrates on laser coating of Fe-22 wt% Cr and a duplex steel SAF2205 by injecting Cr2...