I develop a theory for crack propagation in finite-sized, viscoelastic solids. The theory is applied to interfacial crack propagation, and found to be in good agreement with experimental adhesion data. I also discuss the contribution to rubber friction on hard, randomly rough surfaces, from the opening crack propagation in the asperity contact regions
AbstractThe onset of crack propagation in rubber is studied computationally by using the softening h...
It is known that the application of fracture mechanics methods to rubbers generates some pecu-liarit...
The problem of a crack at a bimaterial interface is analyzed in detail. This problem is modeled in t...
I develop a theory for crack propagation in finite-sized, viscoelastic solids. The theory is applied...
When a crack propagates in a viscoelastic solid, energy dissipation can occur very far from the crac...
We study the adhesion between smooth polydimethylsiloxane (PDMS) rubber balls and smooth and rough p...
We show that the Persson-Brener theory of crack propagation in viscoelastic solids gives a viscoelas...
We study the adhesion between smooth polydimethylsiloxane (PDMS) rubber balls and smooth and rough p...
The tip velocity of a crack propagating through a viscoelastic material depends on geometry, applied...
The tip velocity of a crack propagating through a viscoelastic material depends on geometry, applied...
The tip velocity of a crack propagating through a viscoelastic material depends on geometry, applied...
AbstractThe study is concerned with the simulation of cracks in finitely deforming viscoelastic medi...
Uniaxial straining of a brittle film on a ductile substrate induces the formation of an array of par...
An arbitrary crack propagation model using cell-centre nite volume based method is presented. Crack...
Revised version to appear in MacromoleculesIn this paper, we present a qualitative analysis of the d...
AbstractThe onset of crack propagation in rubber is studied computationally by using the softening h...
It is known that the application of fracture mechanics methods to rubbers generates some pecu-liarit...
The problem of a crack at a bimaterial interface is analyzed in detail. This problem is modeled in t...
I develop a theory for crack propagation in finite-sized, viscoelastic solids. The theory is applied...
When a crack propagates in a viscoelastic solid, energy dissipation can occur very far from the crac...
We study the adhesion between smooth polydimethylsiloxane (PDMS) rubber balls and smooth and rough p...
We show that the Persson-Brener theory of crack propagation in viscoelastic solids gives a viscoelas...
We study the adhesion between smooth polydimethylsiloxane (PDMS) rubber balls and smooth and rough p...
The tip velocity of a crack propagating through a viscoelastic material depends on geometry, applied...
The tip velocity of a crack propagating through a viscoelastic material depends on geometry, applied...
The tip velocity of a crack propagating through a viscoelastic material depends on geometry, applied...
AbstractThe study is concerned with the simulation of cracks in finitely deforming viscoelastic medi...
Uniaxial straining of a brittle film on a ductile substrate induces the formation of an array of par...
An arbitrary crack propagation model using cell-centre nite volume based method is presented. Crack...
Revised version to appear in MacromoleculesIn this paper, we present a qualitative analysis of the d...
AbstractThe onset of crack propagation in rubber is studied computationally by using the softening h...
It is known that the application of fracture mechanics methods to rubbers generates some pecu-liarit...
The problem of a crack at a bimaterial interface is analyzed in detail. This problem is modeled in t...
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