Alloys of the concentration triangle Fe321B - FeB - C and their composites are studied. The prupose is to design compositions and processes for manufacturing wear-resisting composites for the high-temperature application. Phase compositions and phase transformation in the Fe321B - FeB - C alloys in the cooling rate range 10 to 10341 K/s, structure, properties, behaviour and kinetics of interface formation in wear-resisting composites are studied for the first time. Compositions and processes for manufacturing the wear-resisting composite coating reinforced by iron borides and design for high-temperature application under abrasive or gas abrasive wear conditions are designed. The boride-reinforced composite coatings have been introduced. Are...
In this study, a substitute boriding poWder including boric acid as boron source was Prepired and em...
Phase equilibria in iron - manganese - carbon - boron system were determined to detect the eutectic ...
The analysis of investigations, development and application of domestically produced boron containin...
The purpose is the development of formulations and temperature conditions for obtaining boride layer...
Considerable R&D efforts are being carried out in order to produce materials with satisfactory r...
A new paste technique was established for making boronising coatings. This method gave iron boride c...
High strength aluminum alloys are particularly suitable as lightweight materials in vehicle and airc...
[[abstract]]This study discusses the wear resistance and high-temperature compression strength of Cu...
Purpose. Development of multi-alloyed filler for abrasive wear-resistant composites. Methodology. Th...
In this work was established that serial traditional hardfacing materials based on the Fe-Cr-C syste...
The effect of boron on the abrasive wear behavior of the austenitic Fe-Cr-C-Si-B hardfacing alloys w...
There the purpose is to develop the theoretical and applied aspects of manufacturing method of borat...
To enable the development of novel Fe–C–B–Cr and Fe–C–B–Cr–Mo cold work tool steels, the microstruct...
Boriding is a thermo-chemical surface hardening treatment applied to iron based materials. This trea...
Introduction/Purpose: Hot forging operations with high thermo-mechanical and -chemical cyclic loads ...
In this study, a substitute boriding poWder including boric acid as boron source was Prepired and em...
Phase equilibria in iron - manganese - carbon - boron system were determined to detect the eutectic ...
The analysis of investigations, development and application of domestically produced boron containin...
The purpose is the development of formulations and temperature conditions for obtaining boride layer...
Considerable R&D efforts are being carried out in order to produce materials with satisfactory r...
A new paste technique was established for making boronising coatings. This method gave iron boride c...
High strength aluminum alloys are particularly suitable as lightweight materials in vehicle and airc...
[[abstract]]This study discusses the wear resistance and high-temperature compression strength of Cu...
Purpose. Development of multi-alloyed filler for abrasive wear-resistant composites. Methodology. Th...
In this work was established that serial traditional hardfacing materials based on the Fe-Cr-C syste...
The effect of boron on the abrasive wear behavior of the austenitic Fe-Cr-C-Si-B hardfacing alloys w...
There the purpose is to develop the theoretical and applied aspects of manufacturing method of borat...
To enable the development of novel Fe–C–B–Cr and Fe–C–B–Cr–Mo cold work tool steels, the microstruct...
Boriding is a thermo-chemical surface hardening treatment applied to iron based materials. This trea...
Introduction/Purpose: Hot forging operations with high thermo-mechanical and -chemical cyclic loads ...
In this study, a substitute boriding poWder including boric acid as boron source was Prepired and em...
Phase equilibria in iron - manganese - carbon - boron system were determined to detect the eutectic ...
The analysis of investigations, development and application of domestically produced boron containin...
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