This thesis is concerned with the microstructural characterisation of wear resistant Al<sub>2</sub>O<sub>3</sub> and Ti(C,N)coatings produced by chemical vapour deposition on cemented carbide cutting tools. The investigation focuses on the effect of deposition conditions on the microstructure and the microstructural evolution of the coatings during heat-treatments and metal cutting. New characterisation techniques and their application to these materials are evaluated. Transmission electron microscopy was used extensively throughout the work and imaging, electron diffraction, energy dispersive X-ray spectroscopy, electron energy-loss spectroscopy and energy-filtering were utilised. <p />The growth rate of .kappa.-Al<sub>2</sub>O<sub>3</sub>...
The crater wear of alumina coated WC-Co cutting tools is thought to be influenced by the chemical re...
This thesis has examined topics of relevance for increasing the understanding of alumina coatings pr...
Aluminium layers were coated onto the surface of pure titanium using hot-dip aluminising technology,...
This thesis is concerned with the microstructural characterisation of wear resistant Al2O3 and Ti(C,...
The present thesis focuses on characterisation of microstructure and the resulting mechanical and tr...
Understanding the mechanisms at the tool/chip interface during metal cutting is crucial in the produ...
Multilayer CVD coatings for high speed cutting applications were designed to achieve high wear and h...
The aim of this thesis is to find the reasons behind how the wear performance of hard coatings produ...
A detailed study has been made of the atmospheric pressure chemical vapour deposition (CVD) of alumi...
The aim of this paper is to review recent advances in the area of chemical vapour deposition of wear...
Modern tools for metal cutting applications, such as turning or milling, are typically improved with...
The mechanical performance of metal cutting tools has improved considerably since the industry start...
Physical Vapor Deposition (PVD) Ti1−xAlxN coated cemented carbide tools are commonly used to c...
It is known that the wear performance of\ua0α-alumina coatings produced by chemical vapor deposition...
International audienceThe increased need for protecting cutting tools has led to the development of ...
The crater wear of alumina coated WC-Co cutting tools is thought to be influenced by the chemical re...
This thesis has examined topics of relevance for increasing the understanding of alumina coatings pr...
Aluminium layers were coated onto the surface of pure titanium using hot-dip aluminising technology,...
This thesis is concerned with the microstructural characterisation of wear resistant Al2O3 and Ti(C,...
The present thesis focuses on characterisation of microstructure and the resulting mechanical and tr...
Understanding the mechanisms at the tool/chip interface during metal cutting is crucial in the produ...
Multilayer CVD coatings for high speed cutting applications were designed to achieve high wear and h...
The aim of this thesis is to find the reasons behind how the wear performance of hard coatings produ...
A detailed study has been made of the atmospheric pressure chemical vapour deposition (CVD) of alumi...
The aim of this paper is to review recent advances in the area of chemical vapour deposition of wear...
Modern tools for metal cutting applications, such as turning or milling, are typically improved with...
The mechanical performance of metal cutting tools has improved considerably since the industry start...
Physical Vapor Deposition (PVD) Ti1−xAlxN coated cemented carbide tools are commonly used to c...
It is known that the wear performance of\ua0α-alumina coatings produced by chemical vapor deposition...
International audienceThe increased need for protecting cutting tools has led to the development of ...
The crater wear of alumina coated WC-Co cutting tools is thought to be influenced by the chemical re...
This thesis has examined topics of relevance for increasing the understanding of alumina coatings pr...
Aluminium layers were coated onto the surface of pure titanium using hot-dip aluminising technology,...