Micro milling is an important process of mechanical micromachining, with practical application in aerospace, automotive, mould and die, biomedical, military and micro-electronics packaging industries. This article will give a brief overview of the effects and conditions of micro milling with an emphasis on minimum chip thickness, size effect, cutting forces, cutting temperature, tool wear and tool failure, burr formation and surface quality. The case study presented in the present paper refers to the micro milling of an aluminium alloy. Key words: Micro milling; aluminium alloys; burr formation; surface quality 1
High-precision miniaturized components for micro-machining operations has an increasingly demand for...
This paper discusses burr formation in micromilling of AISI 304 stainless steel. Chip load, cutting ...
Abstract-This paper presents the burr formation characteristics of workpieces when milled using cutt...
Micro milling is an important process of mechanical micromachining, with practical application in ae...
Micromilling is one of the technologies that is currently widely used for the production of microcom...
Micromilling is one of the technologies that is currently widely used for the production of microcom...
Micro-milling is a material removal – based manufacturing technique that allows fabrication of three...
International audienceThis paper presents experimental study on conditions for built-up-edge (BUE) f...
International audienceThis paper deals with micromachining and in particular with the study of micro...
This paper reports the results of experiments to investigate surface roughness and burr formation du...
Micro-end-milling is emerging as an important fabrication process. Its benefits include the ability...
This paper is to experimentally investigate the mechanical micro machining properties of AL6061-T6 u...
The influences of selected micro end milling cutting parameters on surface roughness were studied on...
This article focuses on a set of experiments in the micro-milling of channels made of aluminum, tita...
Built-up edge (BUE) is generally known to cause surface finish problems in the micro milling process...
High-precision miniaturized components for micro-machining operations has an increasingly demand for...
This paper discusses burr formation in micromilling of AISI 304 stainless steel. Chip load, cutting ...
Abstract-This paper presents the burr formation characteristics of workpieces when milled using cutt...
Micro milling is an important process of mechanical micromachining, with practical application in ae...
Micromilling is one of the technologies that is currently widely used for the production of microcom...
Micromilling is one of the technologies that is currently widely used for the production of microcom...
Micro-milling is a material removal – based manufacturing technique that allows fabrication of three...
International audienceThis paper presents experimental study on conditions for built-up-edge (BUE) f...
International audienceThis paper deals with micromachining and in particular with the study of micro...
This paper reports the results of experiments to investigate surface roughness and burr formation du...
Micro-end-milling is emerging as an important fabrication process. Its benefits include the ability...
This paper is to experimentally investigate the mechanical micro machining properties of AL6061-T6 u...
The influences of selected micro end milling cutting parameters on surface roughness were studied on...
This article focuses on a set of experiments in the micro-milling of channels made of aluminum, tita...
Built-up edge (BUE) is generally known to cause surface finish problems in the micro milling process...
High-precision miniaturized components for micro-machining operations has an increasingly demand for...
This paper discusses burr formation in micromilling of AISI 304 stainless steel. Chip load, cutting ...
Abstract-This paper presents the burr formation characteristics of workpieces when milled using cutt...