Investigations on comb crack resistance of milling inserts coated with chemical vapor deposition CVD Ti C,N amp; 945; Al2O3 and Zr C,N amp; 945; Al2O3 showed a distinct wear evolution in both systems. Wear studies revealed that the appearance of comb cracks is connected to the initial CVD cooling crack network. Micropillar compression tests indicated a brittle intergranular fracture mechanism for the Ti C,N layer and a transgranular fracture accompanied with signs of plastic deformation for the Zr C,N coating. Additionally, for the Zr C,N based system, a compressive stress condition in the temperature range of interest 200 600 C was determined by in situ synchrotron X ray diffraction. The set of residual compressive stresses tog...
The stress behavior and the associated microstructure evolution of industrial Ti C,N amp; 945; Al2...
In the last decade, it has been common to observe a competition between coatings achieved via physic...
Hard and wear resistant coatings are widely used as tribological layers to protect tools from wear, ...
Investigations on comb crack resistance of milling inserts coated with chemical vapor deposition CV...
The aim of this work is to create a nite element model that simulates fatigue crack growth in coated...
The evolution of damage induced as contact load is increased has been investigated on single- and mu...
The present work analyses the residual stresses of thin films in coated cutting tools used in millin...
TiCN coatings were grown by chemical vapor deposition (CVD) on WC-Co substrates with different Co co...
A methodology based on FEM-calculations and experimental tests for predicting coated tool efficiency...
The Inconel 718 alloys, which are primarily temperature resistant, are widely used in aviation, aero...
Two commercially available WC-6Co cemented carbide substrates (Extramet EMT100 and Pramet H10), were...
Un revêtement expérimental multicouche (Al2O3) a été appliqué sur des inserts d'outil de coupe en ut...
This thesis is concerned with the microstructural characterisation of wear resistant Al<sub>2</sub>O...
Understanding the mechanisms at the tool/chip interface during metal cutting is crucial in the produ...
Cutting tools are subject to extreme environment during processing, with hightemperatures and pressu...
The stress behavior and the associated microstructure evolution of industrial Ti C,N amp; 945; Al2...
In the last decade, it has been common to observe a competition between coatings achieved via physic...
Hard and wear resistant coatings are widely used as tribological layers to protect tools from wear, ...
Investigations on comb crack resistance of milling inserts coated with chemical vapor deposition CV...
The aim of this work is to create a nite element model that simulates fatigue crack growth in coated...
The evolution of damage induced as contact load is increased has been investigated on single- and mu...
The present work analyses the residual stresses of thin films in coated cutting tools used in millin...
TiCN coatings were grown by chemical vapor deposition (CVD) on WC-Co substrates with different Co co...
A methodology based on FEM-calculations and experimental tests for predicting coated tool efficiency...
The Inconel 718 alloys, which are primarily temperature resistant, are widely used in aviation, aero...
Two commercially available WC-6Co cemented carbide substrates (Extramet EMT100 and Pramet H10), were...
Un revêtement expérimental multicouche (Al2O3) a été appliqué sur des inserts d'outil de coupe en ut...
This thesis is concerned with the microstructural characterisation of wear resistant Al<sub>2</sub>O...
Understanding the mechanisms at the tool/chip interface during metal cutting is crucial in the produ...
Cutting tools are subject to extreme environment during processing, with hightemperatures and pressu...
The stress behavior and the associated microstructure evolution of industrial Ti C,N amp; 945; Al2...
In the last decade, it has been common to observe a competition between coatings achieved via physic...
Hard and wear resistant coatings are widely used as tribological layers to protect tools from wear, ...
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