The active parts of tillage equipment must be checked for wear resistance, under different conditions working with the soil, so that the average life span should be determined wear resistance, to ensure timely changes of parts. Research in the field has shown that there are at least two main forces acting on the active parts: impact and friction, the action of these forces causes wear. In order to test the tillage knives in laboratory conditions, was used a stand made by INMA Bucharest. With the help of this stand, the deformations in the cutting process were determined in different working conditions: at a certain working speed and at a certain humidity of the sandy soil
Understanding the wear mechanisms in wear parts is a crucial element of tribological investigation, ...
Agricultural tillage tools are exposed to various forms of wear during operation. Abrasive wear by s...
For soil cultivation with the cutting tools of agricultural machines we can allocate three main type...
This paper presents the results of experimental research for the comparative testing of chisel knive...
This paper presents the experimental researches performed in laboratory stand, forfinding out the we...
Agricultural tillage tools are exposed to various forms of wear during operation. Abrasive wear by s...
Agricultural tillage tools are exposed to various forms of wear during operation. Abrasive wear by s...
Wear is the main reason for the loss of performance of the parts for agricultural machinery. It lead...
Wear of tillage tools during tilling operations leads to increase in power requirements, frequent do...
Wear is the main reason for the loss of performance of the parts for agricultural machinery. It lead...
In agricultural applications especially in soil engaging tools (e.g. goosefoot tines) severe wear is...
The paper presents researches on the wear resistance of the blades integrated in the combine cutter ...
In agricultural applications especially in soil engaging tools (e.g. goosefoot tines) severe wear is...
A major problem related to use of tillage equipment is ploughshare wear due to abrasion by soil hard...
The authors presented the results of laboratory studies of artificial soil based on sand-paraffin mi...
Understanding the wear mechanisms in wear parts is a crucial element of tribological investigation, ...
Agricultural tillage tools are exposed to various forms of wear during operation. Abrasive wear by s...
For soil cultivation with the cutting tools of agricultural machines we can allocate three main type...
This paper presents the results of experimental research for the comparative testing of chisel knive...
This paper presents the experimental researches performed in laboratory stand, forfinding out the we...
Agricultural tillage tools are exposed to various forms of wear during operation. Abrasive wear by s...
Agricultural tillage tools are exposed to various forms of wear during operation. Abrasive wear by s...
Wear is the main reason for the loss of performance of the parts for agricultural machinery. It lead...
Wear of tillage tools during tilling operations leads to increase in power requirements, frequent do...
Wear is the main reason for the loss of performance of the parts for agricultural machinery. It lead...
In agricultural applications especially in soil engaging tools (e.g. goosefoot tines) severe wear is...
The paper presents researches on the wear resistance of the blades integrated in the combine cutter ...
In agricultural applications especially in soil engaging tools (e.g. goosefoot tines) severe wear is...
A major problem related to use of tillage equipment is ploughshare wear due to abrasion by soil hard...
The authors presented the results of laboratory studies of artificial soil based on sand-paraffin mi...
Understanding the wear mechanisms in wear parts is a crucial element of tribological investigation, ...
Agricultural tillage tools are exposed to various forms of wear during operation. Abrasive wear by s...
For soil cultivation with the cutting tools of agricultural machines we can allocate three main type...