Analýza topografie povrchů vytvořených hydroabrazivní dezintegrací rotujících obrobků

Abstract

This thesis deals with analysis of surface topography turned parts by abrasive water jet. In introduction describing type of water jet a creation of jet. Next there is an explanation of different modes of turning and describe of removal mechanism and influencing factors. In next part was studied material removal and surface topography. In experiment has been turned workpiece with diameter 46 mm with continuous abrasive water jet by pressure 400 MPa. In process has been changed only value of traverse speed and analyzed surface roughness and isotropy of surface. It can be observe different tendency of roughness but tendency was not analyzed. Values of isotropy was better with higher values of traverse speed and best surface was reached by higher value of traverse speed too.