Low adhesion between a train’s wheel and the rail can cause performance and safety issues; in the rail industry this is mitigated by sanding. This paper outlines a particle characterisation framework and applies it to three types of silica sand. It was found that the size of the sand particles differed with sand type but all other measured characteristics were relatively similar. Tribological tests were then conducted under realistic contact pressures to study the sands’ influence on traction under varying adhesion conditions. All sands increased traction in low adhesion contacts. Further work will investigate extending the range of particles
Abstract. Sand in wheel-rail contacts is successfully used for a long time to increase adhesion. How...
This data set contains the data of single grain crushing tests. Tested were two types of sand, which...
This paper reviews the academic and industrial research conducted into the practical aspects of usin...
Low adhesion between a train’s wheel and the rail can cause performance and safety issues, costing t...
Low adhesion in the wheel/rail contact has long been a problem for the rail industry in Great Britai...
Low adhesion in the wheel/rail contact is a problem for the rail industry in Great Britain as it cau...
In railway operation, the sanding process is used to overcome low adhesion conditions in the wheel–r...
In railway operation, the sanding process is used to overcome low adhesion conditions in the wheel–r...
Contamination on the railhead such as crushed leaves, oxide formation or even changes in atmospheric...
This paper aims to provide a comprehensive review into academic and industrial research concerning t...
The adhesion (or available friction) in the wheel–rail contact is the most important parameter for t...
The adhesion (or available friction) in the wheel–rail contact is the most important parameter for t...
In the UK Network Rail Environmental Sustainability Strategy 2020–2050, minimal waste and the sustai...
In the UK Network Rail Environmental Sustainability Strategy 2020–2050, minimal waste and the sustai...
In the UK Network Rail Environmental Sustainability Strategy 2020–2050, minimal waste and the sustai...
Abstract. Sand in wheel-rail contacts is successfully used for a long time to increase adhesion. How...
This data set contains the data of single grain crushing tests. Tested were two types of sand, which...
This paper reviews the academic and industrial research conducted into the practical aspects of usin...
Low adhesion between a train’s wheel and the rail can cause performance and safety issues, costing t...
Low adhesion in the wheel/rail contact has long been a problem for the rail industry in Great Britai...
Low adhesion in the wheel/rail contact is a problem for the rail industry in Great Britain as it cau...
In railway operation, the sanding process is used to overcome low adhesion conditions in the wheel–r...
In railway operation, the sanding process is used to overcome low adhesion conditions in the wheel–r...
Contamination on the railhead such as crushed leaves, oxide formation or even changes in atmospheric...
This paper aims to provide a comprehensive review into academic and industrial research concerning t...
The adhesion (or available friction) in the wheel–rail contact is the most important parameter for t...
The adhesion (or available friction) in the wheel–rail contact is the most important parameter for t...
In the UK Network Rail Environmental Sustainability Strategy 2020–2050, minimal waste and the sustai...
In the UK Network Rail Environmental Sustainability Strategy 2020–2050, minimal waste and the sustai...
In the UK Network Rail Environmental Sustainability Strategy 2020–2050, minimal waste and the sustai...
Abstract. Sand in wheel-rail contacts is successfully used for a long time to increase adhesion. How...
This data set contains the data of single grain crushing tests. Tested were two types of sand, which...
This paper reviews the academic and industrial research conducted into the practical aspects of usin...