Obstojnost frezal z različnimi površinskimi prevlekami pri obdelavi orodnega jekla v mehkem stanju

Abstract
V magistrski nalogi je predstavljeno raziskovalno delo, ki je bilo potrebno za razvoj frezala za frezanje orodnega jekla v mehkem stanju. Treba je bilo izbrati najprimernejši material orodja, njegovo geometrijo in način priprave rezalnega roba, na koncu pa še najbolj primerno površinsko zaščitno prevleko, ki bi kar najbolj povečala obrabno obstojnost orodja. V uvodnem poglavju magistrskega dela so predstavljene teoretične osnove, ki služijo kot temelj za razumevanje problema. V nadaljevanju so opisani vsi koraki praktičnega raziskovalnega dela. Obrabo na frezalih smo merili na prosti ploskvi rezila v določenih časovnih intervalih. Na ta način smo prikazali potek obrabe na prosti ploskvi orodja v odvisnosti od časa. Na osnovi obstojnosti orodja je izbrana najustreznejša površinska prevleka.

Language: Slovenian frezanje odrezavanje površinske zaščitne prevleke obraba obrabna obstojnost Master's thesis/paper (mb22) FS - Faculty of Mechanical Engineering 2017 317 212 (0 votes) Voting is allowed only to logged in users. AddThis uses cookies that require your consent. Edit consent...

## Secondary language

Language: English Tool life of cutting tools with different surface coating in machining of tool steel in soft state This thesis describes the research work necessary for the development of a milling cutter, intended for milling tool steel in soft state. It was crucial to select a type of material most suitable for the tool and to consider the geometry as well as the manner in which to prepare the cutting edge. Finally it was imperative to choose the most suitable surface protective coating, which would offer the best wear resistance. The introductory chapter of the master’s thesis presents the theoretical foundations behind the problem. In continuation, all the steps of the practical research work are presented. The wear on the milling cutters was measured on the free surface of the blade in pre-determined time intervals. In this way, we demonstrated the course of wear on the free tool surface depending on time. Based on tool wear the most appropriate surface protective coating was selected. milling cutting surface protective coating wear wear resistance