The wedge delamination test has been investigated using the finite element method (FEM). Results of the FEM for the deformation behavior of a soft uncoated substrate have been compared with a widely used analytical model. Furthermore, the effect of the presence of a thin hard coating attached to the surface of the soft substrate on the deformation behaviour has been presented. Special attention has been given to the strains and stresses within the coating and to the calculation of the energy release rate in the case of a coating delamination. It was possible to show that analytical calculations of the energy release rate based on uncoated substrates are in good agreement with the finite element calculations of coated substrates despite the ...
10.1016/j.engfracmech.2009.07.016Engineering Fracture Mechanics76142272-2280EFME
A finite element simulation of frictionless wedge indentation of a copper strip has been carried out...
Due to high thermal and mechanical loads for high security-related aluminium parts new coatings must...
Scratching of thin coatings on hard substrates is studied experimentally and numerically, in the lat...
Abstract—The adhesion between thin elastic films/coatings and ductile substrates can be measured usi...
In the present work, the mechanics of the stress transfer from a ductile substrate to a brittle coat...
In this work, a finite element method was performed to simulate the spherical indentation of a ducti...
There are only a few methods suitable for a quantitative characterization of the mechanical properti...
A finite element simulation of frictionless wedge indentation of a copper strip has been carried out...
As a computational model of deformation of wedge-shaped gradient coatings lying on a non-deformable ...
Composite has been widely used in various fields due to its advanced performance. To reveal the rela...
ABSTRACT: This paper deals with a basic methodology for the application of the finite element (FE) s...
Surfaces are more and more used to add specific properties to materials towards multifunctional sys...
AbstractHard wear resistant coatings that are subjected to contact loading sometimes fail because th...
A finite element simulation of frictionless wedge indentation of a copper strip has been carried out...
10.1016/j.engfracmech.2009.07.016Engineering Fracture Mechanics76142272-2280EFME
A finite element simulation of frictionless wedge indentation of a copper strip has been carried out...
Due to high thermal and mechanical loads for high security-related aluminium parts new coatings must...
Scratching of thin coatings on hard substrates is studied experimentally and numerically, in the lat...
Abstract—The adhesion between thin elastic films/coatings and ductile substrates can be measured usi...
In the present work, the mechanics of the stress transfer from a ductile substrate to a brittle coat...
In this work, a finite element method was performed to simulate the spherical indentation of a ducti...
There are only a few methods suitable for a quantitative characterization of the mechanical properti...
A finite element simulation of frictionless wedge indentation of a copper strip has been carried out...
As a computational model of deformation of wedge-shaped gradient coatings lying on a non-deformable ...
Composite has been widely used in various fields due to its advanced performance. To reveal the rela...
ABSTRACT: This paper deals with a basic methodology for the application of the finite element (FE) s...
Surfaces are more and more used to add specific properties to materials towards multifunctional sys...
AbstractHard wear resistant coatings that are subjected to contact loading sometimes fail because th...
A finite element simulation of frictionless wedge indentation of a copper strip has been carried out...
10.1016/j.engfracmech.2009.07.016Engineering Fracture Mechanics76142272-2280EFME
A finite element simulation of frictionless wedge indentation of a copper strip has been carried out...
Due to high thermal and mechanical loads for high security-related aluminium parts new coatings must...