It is shown that the addition of aluminium is very effective for the high temperature oxidation resistance of FeCr alloys. 1% aluminium produces a continuous protective Al2O3 oxide for FeCr alloy that contains more than 13% of chromium. However this aluminium content is not enough for the high temperature resistance of thin foils and a 5% aluminium content is needed since the substrate plays the role of an aluminium reserve susceptible to oxidation. Impurity elements such as sulphur are detrimental and give rise to scaling of the oxide layer. Active elements such as Y, Ce, La, Zr are therefore necessary to tie up sulphur and increase the life of the alloys
The oxidation behavior of iron-aluminum alloys, in air and oxygen, at 1300{degrees}C has been studie...
The oxidation resistance behaviour of a number of surface-treated FeCrAl commercial alloys and some ...
The process involving cold rolling and annealing of Al-steel-Al sandwiches allows to produce ail all...
Abstract. It is shown that the addition of aluminium is very effective for the high temperature oxid...
The choice of a metal alloy for supporting catalytic converter bodies depends on the mechanical, the...
FeCrAl alloys are high temperature structural materials with ever increasing technological importanc...
In the present work the effects of single or combined minor additions of Zr, Hf, Ti and C on the oxi...
Good high-temperature corrosion resistance of Fe-Al alloys in oxidizing environments is due to the a...
FeCrAl alloys are high temperature structural materials with ever increasing technological importanc...
Good high-temperature corrosion resistance of Fe-Al alloys in oxidizing environments is due to the a...
Abstract.- We have studied the oxidation behaviour ofthree industrial Fe-Cr-A1 alloys (with or witho...
A variety of metallic components rely on properties that are specific to the alloy and its surface. ...
Additions of reactive elements (Y, Zr, La, Ce, Hf, etc.) modify the high temperature oxidation perfo...
Additions of reactive elements (Y, Zr, La, Ce, Hf, etc.) modify the high temperature oxidation perfo...
Additions of reactive elements (Y, Zr, La, Ce, Hf, etc.) modify the high temperature oxidation perfo...
The oxidation behavior of iron-aluminum alloys, in air and oxygen, at 1300{degrees}C has been studie...
The oxidation resistance behaviour of a number of surface-treated FeCrAl commercial alloys and some ...
The process involving cold rolling and annealing of Al-steel-Al sandwiches allows to produce ail all...
Abstract. It is shown that the addition of aluminium is very effective for the high temperature oxid...
The choice of a metal alloy for supporting catalytic converter bodies depends on the mechanical, the...
FeCrAl alloys are high temperature structural materials with ever increasing technological importanc...
In the present work the effects of single or combined minor additions of Zr, Hf, Ti and C on the oxi...
Good high-temperature corrosion resistance of Fe-Al alloys in oxidizing environments is due to the a...
FeCrAl alloys are high temperature structural materials with ever increasing technological importanc...
Good high-temperature corrosion resistance of Fe-Al alloys in oxidizing environments is due to the a...
Abstract.- We have studied the oxidation behaviour ofthree industrial Fe-Cr-A1 alloys (with or witho...
A variety of metallic components rely on properties that are specific to the alloy and its surface. ...
Additions of reactive elements (Y, Zr, La, Ce, Hf, etc.) modify the high temperature oxidation perfo...
Additions of reactive elements (Y, Zr, La, Ce, Hf, etc.) modify the high temperature oxidation perfo...
Additions of reactive elements (Y, Zr, La, Ce, Hf, etc.) modify the high temperature oxidation perfo...
The oxidation behavior of iron-aluminum alloys, in air and oxygen, at 1300{degrees}C has been studie...
The oxidation resistance behaviour of a number of surface-treated FeCrAl commercial alloys and some ...
The process involving cold rolling and annealing of Al-steel-Al sandwiches allows to produce ail all...