AbstractThis paper presents the results on the analysis of micro-burr formation for slot milling of austenitic stainless steel X5CrNi18-10. Two-fluted submicron grain cemented carbide tools with a diameter of d = 0.5mm were used. Applying cutting speeds from vc = 100 m/min to vc = 200 m/min and feeds per tooth from fz = 6μm to fz = 8μm the influence of these parameters on the burr formation was investigated. Additionally the effect of the lubrication method – minimum quantity lubrication, flood lubrication and bath lubrication – on the burr formation was analysed
In any mechanical cutting operation including micromilling, burr formation is unavoidable due to the...
This article is focused on the finite element modeling of burr formation in high speed micromilling ...
The development of technology in many areas has increased the demand for production of components wi...
AbstractThis paper presents the results on the analysis of micro-burr formation for slot milling of ...
This paper discussed the investigation of the burr formation in micro end milling process on stainle...
This paper presents an investigation on micro-burr formation in machining. Micro-cutting is compared...
This paper discusses burr formation in micromilling of AISI 304 stainless steel. Chip load, cutting ...
Micro-milling can be defined as milling with end mills smaller than 1 mm of diameter. The top-down a...
This paper focuses on burr formation in micro-end milling of two Nickel-Titanium shape memory alloys...
The existence of burrs may deteriorate the dimensional accuracy and surface finish, decrease the fit...
The recent technological progressions in industries have offered ascent to the continually growing r...
Abstract Micro-sized products have been the growing trend in today’s world, ranging from electroni...
This thesis aims to investigate the formation of burrs in face milling milling of PH 13 8Mo stainles...
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...
In any mechanical cutting operation including micromilling, burr formation is unavoidable due to the...
This article is focused on the finite element modeling of burr formation in high speed micromilling ...
The development of technology in many areas has increased the demand for production of components wi...
AbstractThis paper presents the results on the analysis of micro-burr formation for slot milling of ...
This paper discussed the investigation of the burr formation in micro end milling process on stainle...
This paper presents an investigation on micro-burr formation in machining. Micro-cutting is compared...
This paper discusses burr formation in micromilling of AISI 304 stainless steel. Chip load, cutting ...
Micro-milling can be defined as milling with end mills smaller than 1 mm of diameter. The top-down a...
This paper focuses on burr formation in micro-end milling of two Nickel-Titanium shape memory alloys...
The existence of burrs may deteriorate the dimensional accuracy and surface finish, decrease the fit...
The recent technological progressions in industries have offered ascent to the continually growing r...
Abstract Micro-sized products have been the growing trend in today’s world, ranging from electroni...
This thesis aims to investigate the formation of burrs in face milling milling of PH 13 8Mo stainles...
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...
In any mechanical cutting operation including micromilling, burr formation is unavoidable due to the...
This article is focused on the finite element modeling of burr formation in high speed micromilling ...
The development of technology in many areas has increased the demand for production of components wi...