The aim of this investigation was to examine several types of commercially available polymers for potential application in machine elements that are exposed to abrasion. Selected materials were evaluated on a rubber and steel wheel abrasion test rig according to the standard ASTM G65, using as abrasive quartz sand (SiO2) as abrasive, with a particle grain size in the range of 0.8 – 1.6 mm. Tests were performed under dry conditions and at room temperature. Applied load was 50 N, within testing times of 1½, 3, 4½, and 6 hours respectively. Results of testing revealed influence on wear behavior of polymer hardness as well as influence of abrasive particle embedment
In many fields of industry, abrasion and erosion processes are dominant wear mechanisms that reduce ...
An abrasion apparatus is described. Experimental measurements are reported for four representative e...
The thermoplastic polymer compounds and polymer composites for enhanced abrasive wear resistance wer...
Mechanical properties of polymers are reviewed and the phenomenon of the abrasive wear is analyzed i...
Two different test systems were designed to evaluate the tribological behavior of five engineering p...
Abrasion is the primary type of wear in almost all fields of industry. It is particularly relevant t...
Abstract: Abrasion is the most common and aggressive type of wear in industrial practice. As a solut...
W artykule przedstawiono wyniki tribologicznych badań porównawczych odporności na zużywanie ścierne ...
This paper presents the results of research on an evaluation of the intensity of tribological wear o...
Bibliography: leaves 170-179.Polypropylene is an extremely versatile polymer because its properties ...
In this study the abrasive wear behaviour of aliphatic polyketone (APK), polyoxymethylene (POM), ult...
Modern drilling areas often involve very abrasive formations in conjunction with aggressive drilling...
This article presents comparative tests of contact strength and tribological wear resistance of poly...
Research was performed on the friction, wear and efficiency of plastic gears made of modern engineer...
In many fields of industry, abrasion wear is one of dominant wear mechanism that reduces service lif...
In many fields of industry, abrasion and erosion processes are dominant wear mechanisms that reduce ...
An abrasion apparatus is described. Experimental measurements are reported for four representative e...
The thermoplastic polymer compounds and polymer composites for enhanced abrasive wear resistance wer...
Mechanical properties of polymers are reviewed and the phenomenon of the abrasive wear is analyzed i...
Two different test systems were designed to evaluate the tribological behavior of five engineering p...
Abrasion is the primary type of wear in almost all fields of industry. It is particularly relevant t...
Abstract: Abrasion is the most common and aggressive type of wear in industrial practice. As a solut...
W artykule przedstawiono wyniki tribologicznych badań porównawczych odporności na zużywanie ścierne ...
This paper presents the results of research on an evaluation of the intensity of tribological wear o...
Bibliography: leaves 170-179.Polypropylene is an extremely versatile polymer because its properties ...
In this study the abrasive wear behaviour of aliphatic polyketone (APK), polyoxymethylene (POM), ult...
Modern drilling areas often involve very abrasive formations in conjunction with aggressive drilling...
This article presents comparative tests of contact strength and tribological wear resistance of poly...
Research was performed on the friction, wear and efficiency of plastic gears made of modern engineer...
In many fields of industry, abrasion wear is one of dominant wear mechanism that reduces service lif...
In many fields of industry, abrasion and erosion processes are dominant wear mechanisms that reduce ...
An abrasion apparatus is described. Experimental measurements are reported for four representative e...
The thermoplastic polymer compounds and polymer composites for enhanced abrasive wear resistance wer...