Some 38MoCrAl09 (SAE 4038) steel grade samples were subjected to plasma nitriding treatment regimes. The structural and diffractometric aspects of the superficial layers of the steel are studied after the wear tests by friction, using an Amsler type machine, taking two sliding degrees at different contact pressures and testing time. The tests were made to detect the sustainability to the material, the evolution of the superficial layer through different tests and to establish the influence of these tribological factors (operating parameters) on the superficial layers
In industry, mechanical components must operate under conditions conditions such as variable load, s...
The aim of this study is to investigate the effect of plasma nitriding pre-treatment on hardness and...
Introduction Nowadays, enhancing the impact-resistant and wear-resistant properties of the parts and...
The tribological behaviours of plasma-nitrided layers produced on 722M24 steel in an ammonia environ...
The wear and friction of TiN and (Ti, AI)N coatings were tested in combination with plasma nitrided ...
The research results of the influence of plasma at different levels of surface roughnes...
An increase in the wear resistance of AISI 722M24 steel can be achieved by the use of plasma nitridi...
The research results of the influence of plasma at different levels of surface roughness are present...
The main aim of this work is to evaluate the effects of the plasma nitriding process on AISI M2 tool...
The wear behaviour of 722M24 (En40B) steel plasma nitrided at high temperatures for long durations w...
X40CrMoV5-1 high-alloyed steel was plasma nitrided for different treatment times (3h, 5h and 7h) and...
Plasma nitriding is a method of surface modification using a glow discharge technology to introduce ...
The present study is focused on elucidating the wear mechanisms taking place during sliding friction...
This thesis is based on two different projects, one more focused on applied research and one on more...
The layer properties of AISI 722M24, AMS 6472 and AISI H13 materials plasma nitrided under various c...
In industry, mechanical components must operate under conditions conditions such as variable load, s...
The aim of this study is to investigate the effect of plasma nitriding pre-treatment on hardness and...
Introduction Nowadays, enhancing the impact-resistant and wear-resistant properties of the parts and...
The tribological behaviours of plasma-nitrided layers produced on 722M24 steel in an ammonia environ...
The wear and friction of TiN and (Ti, AI)N coatings were tested in combination with plasma nitrided ...
The research results of the influence of plasma at different levels of surface roughnes...
An increase in the wear resistance of AISI 722M24 steel can be achieved by the use of plasma nitridi...
The research results of the influence of plasma at different levels of surface roughness are present...
The main aim of this work is to evaluate the effects of the plasma nitriding process on AISI M2 tool...
The wear behaviour of 722M24 (En40B) steel plasma nitrided at high temperatures for long durations w...
X40CrMoV5-1 high-alloyed steel was plasma nitrided for different treatment times (3h, 5h and 7h) and...
Plasma nitriding is a method of surface modification using a glow discharge technology to introduce ...
The present study is focused on elucidating the wear mechanisms taking place during sliding friction...
This thesis is based on two different projects, one more focused on applied research and one on more...
The layer properties of AISI 722M24, AMS 6472 and AISI H13 materials plasma nitrided under various c...
In industry, mechanical components must operate under conditions conditions such as variable load, s...
The aim of this study is to investigate the effect of plasma nitriding pre-treatment on hardness and...
Introduction Nowadays, enhancing the impact-resistant and wear-resistant properties of the parts and...