29.11.2023 International Scientific Journal "Science and Innovation". Series D. Volume 2 Issue 11
Abstract. This article analyzes the reasons that could lead to a change in the resource of the pointed paws. Based on the studied data, a high-resource pointed paw was created and the dynamics of its wear were studied. Based on the side profiles of the wings of the experimental paws, it was found that individual parts of the wings wear out less than the nose part
Keywords: work tool; tine; front surface form; plant residues; cross-sectional shape; rounded and plain front part; ground frictional force