We consider a crack in a linearly varying field of normal stress that is kept constant, and apply shearing tractions that increase with time. This leads eventually to slip progressing into the closed part of the crack. If the crack lies entirely in the compressive part of the normal stress field, the problem can be solved in closed form, and it is easy to get results also for shearing tractions that start to decrease and eventually lead to backslip.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/23690/1/0000660.pd
Contacts with sharp edges subject to oscillatory loading are likely to nucleate cracks from the corn...
The famous Wieghardt, Griffith and Irwin criteria predict the onset of fracture in linear elastic ma...
Abstract-Following the idea of Bowie and Freese we consider acrack in a field of pure bending. The c...
Following the idea of Bowie and Freese we consider a crack in a field of pure bending. The crack is ...
An elastic half-plane is subjected to a uniform pressure over part of its surface. A normal edge cra...
The conventional formulation used in the past for problems involving interface cracks leads to a phy...
An elastic half-plane containing a surface-breaking crack normal to the free surface, subjected to l...
The importance of the inequalities and related side conditions that must be incorporated in contact ...
Summary. Two‐dimensional crack problems in elastic homogeneous isotropic media are considered which ...
e this picture applies, we wish to point out an alternative way to explain the same basic fact. Supp...
We discuss crack propagation along the interface between two dissimilar materials. The crack edge se...
Abstract When a frictional interface is subject to a lo-calized shear load, it is often (experimenta...
ABSTRACT. Contacts with sharp edges subject to oscillatory loading are likely to nucleate cracks fro...
A radial crack emanating from a circular hole in an infinite sheet under tension is considered. Depe...
When a frictional interface is subject to a localized shear load, it is often (experimentally) obser...
Contacts with sharp edges subject to oscillatory loading are likely to nucleate cracks from the corn...
The famous Wieghardt, Griffith and Irwin criteria predict the onset of fracture in linear elastic ma...
Abstract-Following the idea of Bowie and Freese we consider acrack in a field of pure bending. The c...
Following the idea of Bowie and Freese we consider a crack in a field of pure bending. The crack is ...
An elastic half-plane is subjected to a uniform pressure over part of its surface. A normal edge cra...
The conventional formulation used in the past for problems involving interface cracks leads to a phy...
An elastic half-plane containing a surface-breaking crack normal to the free surface, subjected to l...
The importance of the inequalities and related side conditions that must be incorporated in contact ...
Summary. Two‐dimensional crack problems in elastic homogeneous isotropic media are considered which ...
e this picture applies, we wish to point out an alternative way to explain the same basic fact. Supp...
We discuss crack propagation along the interface between two dissimilar materials. The crack edge se...
Abstract When a frictional interface is subject to a lo-calized shear load, it is often (experimenta...
ABSTRACT. Contacts with sharp edges subject to oscillatory loading are likely to nucleate cracks fro...
A radial crack emanating from a circular hole in an infinite sheet under tension is considered. Depe...
When a frictional interface is subject to a localized shear load, it is often (experimentally) obser...
Contacts with sharp edges subject to oscillatory loading are likely to nucleate cracks from the corn...
The famous Wieghardt, Griffith and Irwin criteria predict the onset of fracture in linear elastic ma...
Abstract-Following the idea of Bowie and Freese we consider acrack in a field of pure bending. The c...