Dry sliding wear tests on specimens of mild steel (MS) and WC coated mild steel (MSC) specimens were performed against a hardened EN32 steel (EN32) and a WC coated EN32 steel (EN32C) discs. Four different combinations of specimen and counter surface were tested under dry sliding conditions. Results suggest that wear mechanisms differ depending on the combination of materials under sliding contact. Expectedly the MS specimen suffered high wear loss, but the MSC specimen showed interesting results. When slid against EN32, MSC specimens showed negative wear results whereas positive wear results occurred against EN32C. Steady wear rate was attained after a critical sliding distance
The dry and lubricating wear was investigated for steel and Co-W samples in the view of revealing th...
Sliding wear performance of thermal spray WC-based coatings has been widely studied. However, there ...
AbstractIn the present paper wear behaviour of plain carbon steel having martensite phase under dry ...
This study describes an experimental comparison of the tribological behavior of three coatings for a...
A series of experimental tests were carried out using turned and ground mild steel surfaces rubbing ...
In industry, the sliding mechanical systems are subject to friction and wear phenomena. These phenom...
Friction and wear properties of WC-Co cemented carbides with Co concentrations ranging from 6 up to ...
A series of experimental tests were carried out using turned and ground mild steel surfaces rubbing ...
The sliding tribological behaviour of Cr-(WC-Co) coating against wood (beech) as counterpart was inv...
Four WC-based cemented carbides produced by liquid phase sintering with different binder composition...
Four WC-based cemented carbides produced by liquid phase sintering with different binder composition...
Wear characteristics of 0.13 wt. % plain carbon steel, heat treated under various conditions, were m...
A number of commercially available WC-Co-based cemented carbides with 6 up to 12 wt.% Co were machin...
In this work, a study of the wear transition regimes was carried out for a pin-on-disk sliding coupl...
Tungsten carbide based hardmetals with cobalt binder phase are widely used in engineering industries...
The dry and lubricating wear was investigated for steel and Co-W samples in the view of revealing th...
Sliding wear performance of thermal spray WC-based coatings has been widely studied. However, there ...
AbstractIn the present paper wear behaviour of plain carbon steel having martensite phase under dry ...
This study describes an experimental comparison of the tribological behavior of three coatings for a...
A series of experimental tests were carried out using turned and ground mild steel surfaces rubbing ...
In industry, the sliding mechanical systems are subject to friction and wear phenomena. These phenom...
Friction and wear properties of WC-Co cemented carbides with Co concentrations ranging from 6 up to ...
A series of experimental tests were carried out using turned and ground mild steel surfaces rubbing ...
The sliding tribological behaviour of Cr-(WC-Co) coating against wood (beech) as counterpart was inv...
Four WC-based cemented carbides produced by liquid phase sintering with different binder composition...
Four WC-based cemented carbides produced by liquid phase sintering with different binder composition...
Wear characteristics of 0.13 wt. % plain carbon steel, heat treated under various conditions, were m...
A number of commercially available WC-Co-based cemented carbides with 6 up to 12 wt.% Co were machin...
In this work, a study of the wear transition regimes was carried out for a pin-on-disk sliding coupl...
Tungsten carbide based hardmetals with cobalt binder phase are widely used in engineering industries...
The dry and lubricating wear was investigated for steel and Co-W samples in the view of revealing th...
Sliding wear performance of thermal spray WC-based coatings has been widely studied. However, there ...
AbstractIn the present paper wear behaviour of plain carbon steel having martensite phase under dry ...