The tribological properties of the nitride layer applied to the low-alloyed steel were investigated in this research. Experimental work included determination if the chemical composition, wear resistance, Rockwell, Vickers and nano-indentation tests, both of the substrate material – the low-alloyed steel and the deposited nitride layer. From the results obtained in those experiments authors concluded that applying the nitride layer does not significantly improve the tribological properties of the tested lowalloyed steel samples, thus this process is not recommended for achieving that purpose
Introduction Nowadays, enhancing the impact-resistant and wear-resistant properties of the parts and...
AISI 253MA Stainless steel samples were treat with the gas nitrating process at low heat around 450°...
Surface mechanical attrition treatment (SMAT) is an effective method to accelerate the nitriding pro...
This thesis is based on two different projects, one more focused on applied research and one on more...
The tribological behaviours of plasma-nitrided layers produced on 722M24 steel in an ammonia environ...
The aim of this work was the evaluation of the improvement of mechanical properties of a low-alloyed...
In industry, mechanical components must operate under conditions conditions such as variable load, s...
Nitriding is a widely used industrial process aiming to improve the tribological properties and perf...
AISI 3161 stainless steel have been treated by surface hardening technique, which is low temperatur...
AISI 316L stainless steel have been treated by surface hardening technique, which is low temperature...
The change of the structural and phase composition of the austenitic steel 12Cr18Ni10Ti is stud ied ...
Some 38MoCrAl09 (SAE 4038) steel grade samples were subjected to plasma nitriding treatment regimes....
Stainless steel is a popular material used in various industries due to its excellent corrosion resi...
The wear and friction of TiN and (Ti, AI)N coatings were tested in combination with plasma nitrided ...
The innovation technique of complex treatment for steels with the low temperature of tempering is pr...
Introduction Nowadays, enhancing the impact-resistant and wear-resistant properties of the parts and...
AISI 253MA Stainless steel samples were treat with the gas nitrating process at low heat around 450°...
Surface mechanical attrition treatment (SMAT) is an effective method to accelerate the nitriding pro...
This thesis is based on two different projects, one more focused on applied research and one on more...
The tribological behaviours of plasma-nitrided layers produced on 722M24 steel in an ammonia environ...
The aim of this work was the evaluation of the improvement of mechanical properties of a low-alloyed...
In industry, mechanical components must operate under conditions conditions such as variable load, s...
Nitriding is a widely used industrial process aiming to improve the tribological properties and perf...
AISI 3161 stainless steel have been treated by surface hardening technique, which is low temperatur...
AISI 316L stainless steel have been treated by surface hardening technique, which is low temperature...
The change of the structural and phase composition of the austenitic steel 12Cr18Ni10Ti is stud ied ...
Some 38MoCrAl09 (SAE 4038) steel grade samples were subjected to plasma nitriding treatment regimes....
Stainless steel is a popular material used in various industries due to its excellent corrosion resi...
The wear and friction of TiN and (Ti, AI)N coatings were tested in combination with plasma nitrided ...
The innovation technique of complex treatment for steels with the low temperature of tempering is pr...
Introduction Nowadays, enhancing the impact-resistant and wear-resistant properties of the parts and...
AISI 253MA Stainless steel samples were treat with the gas nitrating process at low heat around 450°...
Surface mechanical attrition treatment (SMAT) is an effective method to accelerate the nitriding pro...