The contribution presents the research results of hardfacing metals’ resistance in conditions of abrasive wear. Two types of hardfacing electrodes with a different chemical composition were used in the creation of three layers of hardfacing metals. The chemical composition of electrodes determines the difference in a hardface deposit structure. We have investigated the influence of mixing the base metal and a filler metal and the influence of hardfacing welds structure on the resistance against abrasive wear. The results of the experiments have showed that the intensity of wear is very dependent on the parameters of wear as well as the morphology structure of hardfacing metals
In this work was established that serial traditional hardfacing materials based on the Fe-Cr-C syste...
© 2015, Strojarski Facultet. All rights reserved. The forging dies are parts, which are operating at...
Since the mechanical properties of most wear materials are generally insufficient for structural app...
The abrasive wear behavior of different hardfacing electrodes deposited on mild steel used for earth...
Wear is a property of material to resist the component and replace for the functional usage. There a...
Hard-facing as a type of the coating depositing is increasingly used today. Physical-chemical-metall...
Weld deposits are one of the most used economical ways of the wear resistance increase. The study co...
Preventive maintenance of mine machineries requires hard facing to increase and utilize remaining li...
This thesis investigates the suitable chemical composition of a iron alloy with improved wear resi...
This study examines the abrasive wear behavior of two chromium based hardfacing alloys with differen...
Hardfacing is traditionally applied on mild steel structures of mine equipments exposed under wear a...
AbstractLife factor of machine parts depends on the wear and machine parts intended fracture due to ...
In this work we report the phase structures of the EL-Hard padding weld layers and their effect on t...
According to tribology theories and wear mechanisms, several techniques are used for preventing and ...
This paper presents the research results of hard layers (Fe-C-Cr-B, Fe-C-Cr-Mo) resistance of abrasi...
In this work was established that serial traditional hardfacing materials based on the Fe-Cr-C syste...
© 2015, Strojarski Facultet. All rights reserved. The forging dies are parts, which are operating at...
Since the mechanical properties of most wear materials are generally insufficient for structural app...
The abrasive wear behavior of different hardfacing electrodes deposited on mild steel used for earth...
Wear is a property of material to resist the component and replace for the functional usage. There a...
Hard-facing as a type of the coating depositing is increasingly used today. Physical-chemical-metall...
Weld deposits are one of the most used economical ways of the wear resistance increase. The study co...
Preventive maintenance of mine machineries requires hard facing to increase and utilize remaining li...
This thesis investigates the suitable chemical composition of a iron alloy with improved wear resi...
This study examines the abrasive wear behavior of two chromium based hardfacing alloys with differen...
Hardfacing is traditionally applied on mild steel structures of mine equipments exposed under wear a...
AbstractLife factor of machine parts depends on the wear and machine parts intended fracture due to ...
In this work we report the phase structures of the EL-Hard padding weld layers and their effect on t...
According to tribology theories and wear mechanisms, several techniques are used for preventing and ...
This paper presents the research results of hard layers (Fe-C-Cr-B, Fe-C-Cr-Mo) resistance of abrasi...
In this work was established that serial traditional hardfacing materials based on the Fe-Cr-C syste...
© 2015, Strojarski Facultet. All rights reserved. The forging dies are parts, which are operating at...
Since the mechanical properties of most wear materials are generally insufficient for structural app...