Abrasion of mechanical components and fabrics by soil on Earth is typically minimized by the effects of atmosphere and water. Potentially abrasive particles lose sharp and pointed geometrical features through erosion. In environments where such erosion does not exist, such as the vacuum of the Moon, particles retain sharp geometries associated with fracturing of their parent particles by micrometeorite impacts. The relationship between hardness of the abrasive and that of the material being abraded is well understood, such that the abrasive ability of a material can be estimated as a function of the ratio of the hardness of the two interacting materials. Knowing the abrasive nature of an environment (abrasive)/construction material is cruci...
Prediction of abrasion resistance with increased accuracy is essential to precisely estimate the ope...
The mico-scale abrasion test has become very popular in recent years for the measurement of the abra...
In many fields of industry, abrasion and erosion processes are dominant wear mechanisms that reduce ...
Abrasion of mechanical components and fabrics by soil on Earth is typically minimized by the effects...
The objective of this work was to evaluate a set of standardized metrics proposed for characterizing...
A limitation has been identified in the existing test standards used for making controlled, two-body...
Operational issues encountered by Apollo astronauts relating to lunar dust were catalogued, includin...
Abrasive wear due to particles sliding along a surface (two-body abrasion) or in between two surface...
Numerous unexpected operational issues relating to the abrasive nature of lunar dust, such as scratc...
Unexpected issues were encountered during the Apollo era of lunar exploration due to detrimental abr...
In this master thesis two simplified and small-scale methods for two-body and three-body abrasive we...
In geotechnology and mining, tools and equipment interact with aggressive geological material, causi...
Micro-scale abrasion (ball cratering) tests were performed with different combinations of ball and b...
For machines operating in a sandy environment such as a desert, the mechanism of abrasion is a main ...
The current research explores the influence of multi-asperity abrasive particles engagement on multi...
Prediction of abrasion resistance with increased accuracy is essential to precisely estimate the ope...
The mico-scale abrasion test has become very popular in recent years for the measurement of the abra...
In many fields of industry, abrasion and erosion processes are dominant wear mechanisms that reduce ...
Abrasion of mechanical components and fabrics by soil on Earth is typically minimized by the effects...
The objective of this work was to evaluate a set of standardized metrics proposed for characterizing...
A limitation has been identified in the existing test standards used for making controlled, two-body...
Operational issues encountered by Apollo astronauts relating to lunar dust were catalogued, includin...
Abrasive wear due to particles sliding along a surface (two-body abrasion) or in between two surface...
Numerous unexpected operational issues relating to the abrasive nature of lunar dust, such as scratc...
Unexpected issues were encountered during the Apollo era of lunar exploration due to detrimental abr...
In this master thesis two simplified and small-scale methods for two-body and three-body abrasive we...
In geotechnology and mining, tools and equipment interact with aggressive geological material, causi...
Micro-scale abrasion (ball cratering) tests were performed with different combinations of ball and b...
For machines operating in a sandy environment such as a desert, the mechanism of abrasion is a main ...
The current research explores the influence of multi-asperity abrasive particles engagement on multi...
Prediction of abrasion resistance with increased accuracy is essential to precisely estimate the ope...
The mico-scale abrasion test has become very popular in recent years for the measurement of the abra...
In many fields of industry, abrasion and erosion processes are dominant wear mechanisms that reduce ...