A study of the durability of hardened plough point
V Jankauskas, E Katinas, M Pusvaškis… - Journal of friction and …, 2020 - Springer
The wear of plough points of different structures and materials in soils with different
moistures, hardnesses, and levels of stoniness was studied. It was found that hardening of
the cutting edge (the working face) by hard alloy plates based on tungsten carbide
effectively reduces the wear on the length and width of plough points. In addition, the
surfacing of the front surface of plough points effectively decreases the wear according to
their mass and thickness. However, these hardening methods are only effective on sandy …
moistures, hardnesses, and levels of stoniness was studied. It was found that hardening of
the cutting edge (the working face) by hard alloy plates based on tungsten carbide
effectively reduces the wear on the length and width of plough points. In addition, the
surfacing of the front surface of plough points effectively decreases the wear according to
their mass and thickness. However, these hardening methods are only effective on sandy …
A study of the durability of hardened plough point
R Leišys - Journal of friction and wear. Moscow: Springer; …, 2020 - vdu.lt
The wear of plough points of different structures and materials in soils with different
moistures, hardnesses, and levels of stoniness was studied. It was found that hardening of
the cutting edge (the working face) by hard alloy plates based on tungsten carbide
effectively reduces the wear on the length and width of plough points. In addition, the
surfacing of the front surface of plough points effectively decreases the wear according to
their mass and thickness. However, these hardening methods are only effective on sandy …
moistures, hardnesses, and levels of stoniness was studied. It was found that hardening of
the cutting edge (the working face) by hard alloy plates based on tungsten carbide
effectively reduces the wear on the length and width of plough points. In addition, the
surfacing of the front surface of plough points effectively decreases the wear according to
their mass and thickness. However, these hardening methods are only effective on sandy …