The stress distribution in the chip formation zone during cutting is an asked question in the field of manufacturing technology and leads to a fundamental understanding of the chip formation process. The local strains in the chip formation zone were obtained in situ by high energy synchrotron X-ray diffraction during orthogonal cutting at the HEMS beamline (PETRA III/Hamburg).The present study compares the stress states of two fcc materials, namely the aluminium alloy Al2017 and single phase alpha brass
Chip formation during metal cutting involves high strain rates and large deformations. Under many co...
The lattice strains of individual grains are measured in an Al-Li alloy, AA 2195, using high-energy ...
Zur Optimierung der Zerspanprozesse mit geometrisch bestimmter Schneide ist ein fundiertes Wissen üb...
The stress distribution in the chip formation zone during cutting is an asked question in the field ...
The local stress distribution in the chip formation zone of the aluminium alloy Al2017 was analysed,...
The research of machining processes with geometrically defined cutting edge, such as drilling, milli...
The stress distribution in the chip formation zone during cutting is an asked question in the field ...
For the optimization of machining processes with geometrically defined cutting edge afundamental und...
The strain and stress state in the chip formation zone determines the chip formation. However, it is...
The strain and stress state in the chip formation zone determines the chip formation. However, it is...
Abstract. In the field of metal cutting a very important parameter is the chip formation zone, where...
AbstractIn-situ strain measurements with high energy synchrotron radiation during orthogonal cutting...
There are numerous cutting models which describe the chip formation process. However, they are based...
By the use of high energy synchrotron X-ray diffraction it was possible to determine the stress stat...
In-situ strain measurements with high energy synchrotron radiation during orthogonal cutting of AISI...
Chip formation during metal cutting involves high strain rates and large deformations. Under many co...
The lattice strains of individual grains are measured in an Al-Li alloy, AA 2195, using high-energy ...
Zur Optimierung der Zerspanprozesse mit geometrisch bestimmter Schneide ist ein fundiertes Wissen üb...
The stress distribution in the chip formation zone during cutting is an asked question in the field ...
The local stress distribution in the chip formation zone of the aluminium alloy Al2017 was analysed,...
The research of machining processes with geometrically defined cutting edge, such as drilling, milli...
The stress distribution in the chip formation zone during cutting is an asked question in the field ...
For the optimization of machining processes with geometrically defined cutting edge afundamental und...
The strain and stress state in the chip formation zone determines the chip formation. However, it is...
The strain and stress state in the chip formation zone determines the chip formation. However, it is...
Abstract. In the field of metal cutting a very important parameter is the chip formation zone, where...
AbstractIn-situ strain measurements with high energy synchrotron radiation during orthogonal cutting...
There are numerous cutting models which describe the chip formation process. However, they are based...
By the use of high energy synchrotron X-ray diffraction it was possible to determine the stress stat...
In-situ strain measurements with high energy synchrotron radiation during orthogonal cutting of AISI...
Chip formation during metal cutting involves high strain rates and large deformations. Under many co...
The lattice strains of individual grains are measured in an Al-Li alloy, AA 2195, using high-energy ...
Zur Optimierung der Zerspanprozesse mit geometrisch bestimmter Schneide ist ein fundiertes Wissen üb...