Damage mechanisms beneath Vickers indentations are examined on 5 μm TiN film deposited on stainless steel substrate as a function of load. Prominent mode of cracking includes surface edge cracks and subsurface inclined cracks. No interfacial delaminations were noted at the TiN/steel interface. The tangential traction, radial stress and shear stress distribution around an axisymmetric indentation field are used to assess the driving force for crack propagation
The basic mechanisms governing the process of cracking of single-layer brittle films have been exten...
The assessment of adhesion property of thin films by scratch test method is still a big challenge, r...
TiN/(Ti,Al)N multilayer coatings prepared by physical vapour deposition onto steel substrates were s...
Damage mechanisms beneath Vickers indentations are examined on 5\mu m TiN film deposited on stainles...
In this paper we discuss various contact damage modes in thin TiN films on steel substrate with incr...
In this paper we discuss various contact damage modes in thin TiN films on steel substrate with incr...
In this paper we discuss various contact damage modes in thin TiN films on steel substrate with incr...
Nanoindentation experiments were carried out on a columnar similar to1.5-mum-thick TiN film on steel...
A columnar TiN film under contact loading fails by shear fracture along inter-columnar boundaries. T...
Comprehensive studies of the fracture morphology and the sequence of fracture patterns during tensil...
The deformation mechanisms and contact response of TiN-based thin films deposited onto a soft substr...
TiN coatings 0.5mum thick were deposited by plasma are deposition on 9Cr18 steels. Vickers indentati...
Observations are presented of cracking produced by spherical pointed indentations made onto brittle ...
Recent developments in the contact deformation and fracture of columnar TiN coatings are reviewed. I...
Pyramidal indentations and focused-ion-beam machining have been used to study the damage during cont...
The basic mechanisms governing the process of cracking of single-layer brittle films have been exten...
The assessment of adhesion property of thin films by scratch test method is still a big challenge, r...
TiN/(Ti,Al)N multilayer coatings prepared by physical vapour deposition onto steel substrates were s...
Damage mechanisms beneath Vickers indentations are examined on 5\mu m TiN film deposited on stainles...
In this paper we discuss various contact damage modes in thin TiN films on steel substrate with incr...
In this paper we discuss various contact damage modes in thin TiN films on steel substrate with incr...
In this paper we discuss various contact damage modes in thin TiN films on steel substrate with incr...
Nanoindentation experiments were carried out on a columnar similar to1.5-mum-thick TiN film on steel...
A columnar TiN film under contact loading fails by shear fracture along inter-columnar boundaries. T...
Comprehensive studies of the fracture morphology and the sequence of fracture patterns during tensil...
The deformation mechanisms and contact response of TiN-based thin films deposited onto a soft substr...
TiN coatings 0.5mum thick were deposited by plasma are deposition on 9Cr18 steels. Vickers indentati...
Observations are presented of cracking produced by spherical pointed indentations made onto brittle ...
Recent developments in the contact deformation and fracture of columnar TiN coatings are reviewed. I...
Pyramidal indentations and focused-ion-beam machining have been used to study the damage during cont...
The basic mechanisms governing the process of cracking of single-layer brittle films have been exten...
The assessment of adhesion property of thin films by scratch test method is still a big challenge, r...
TiN/(Ti,Al)N multilayer coatings prepared by physical vapour deposition onto steel substrates were s...
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