This study examines flank wear and surface ruoghness in up and down hard end milling. After obtaining the mathematical models, it has been carried out a series of numerical simulations with variation of input parameters in order to analyze their influence on flank wear and surface roughness. Additionally, flank wear and surface roughness has been analysed in correlation with the volume of the removed material for different cutting parameters. Observed from the viewpoint of machinability, down hard milling is favorable compared to the up hard milling
Functional die and mold components have complex geometries and are made of high hardness materials, ...
In engineering industries nowadays, the hardened steel materials of hardness above 45 HRC have great...
AbstractThis paper deals with the machining of the hardened steel with carbide endmills. In the rese...
This study examines flank wear and surface ruoghness in up and down hard end milling. After obtainin...
In this paper, the flank wear and the surface roughness of a machined surface are investigated by hi...
Flank wear width is generally recognized as the key indicator for tool life. In the milling process,...
Today, the AISI D6 tool steel has been employed in the manufacture of dies and molds that require hi...
171-181Hard turning of AISI H11 steel using TiN coated cubic boron nitride (CBN) tools is carried ou...
In this paper, an analysis of various factors affecting machined surface texture is presented. The i...
The study investigates the surface height roughness parameter Ra (roughness arithmetic average) as a...
Tool wear is a major aspect in metal cutting, especially during steel machining. This studies the ca...
The goal of the submitted paper is to evaluate the dependence of tool life T = f(vc) in hard rough f...
The goal of the submitted paper is to evaluate the dependence of tool life T = f(v(c)) in hard rough...
Hard machining, a frequently used term in today’s machine tool industries, refers to the machining ...
This paper presents a study of the development of a surface roughness model in end milling of harden...
Functional die and mold components have complex geometries and are made of high hardness materials, ...
In engineering industries nowadays, the hardened steel materials of hardness above 45 HRC have great...
AbstractThis paper deals with the machining of the hardened steel with carbide endmills. In the rese...
This study examines flank wear and surface ruoghness in up and down hard end milling. After obtainin...
In this paper, the flank wear and the surface roughness of a machined surface are investigated by hi...
Flank wear width is generally recognized as the key indicator for tool life. In the milling process,...
Today, the AISI D6 tool steel has been employed in the manufacture of dies and molds that require hi...
171-181Hard turning of AISI H11 steel using TiN coated cubic boron nitride (CBN) tools is carried ou...
In this paper, an analysis of various factors affecting machined surface texture is presented. The i...
The study investigates the surface height roughness parameter Ra (roughness arithmetic average) as a...
Tool wear is a major aspect in metal cutting, especially during steel machining. This studies the ca...
The goal of the submitted paper is to evaluate the dependence of tool life T = f(vc) in hard rough f...
The goal of the submitted paper is to evaluate the dependence of tool life T = f(v(c)) in hard rough...
Hard machining, a frequently used term in today’s machine tool industries, refers to the machining ...
This paper presents a study of the development of a surface roughness model in end milling of harden...
Functional die and mold components have complex geometries and are made of high hardness materials, ...
In engineering industries nowadays, the hardened steel materials of hardness above 45 HRC have great...
AbstractThis paper deals with the machining of the hardened steel with carbide endmills. In the rese...