The analysis of clearance fit joints falls within the realm of mixed boundary problems with moving boundaries. In this paper, this problem is solved by a simple continuum method of analysis applying an inverse technique; the region of contact is specified and the corresponding causative load is evaluated. Illustrations are given for a rigid clearance fit pin in a large elastic plate with smooth zero-shear interface between pin and plate, under biaxial plate stress at infinity and due to load transfer through pin
The advent of large and fast digital computers and development of numerical techniques suited to the...
The effects of tangential friction at pin—hole interfaces are appropriately modelled for the analysi...
AbstractThe effects of tangential friction at pin—hole interfaces are appropriately modelled for the...
The analysis of clearance fit joints falls within the realm of mixed boundary problems with moving b...
The plane problem of load transfer from an elastic interference or clearance fit pin to a large elas...
Joints are primary sources of weakness in structures. Pin joints are very common and are used where ...
Pin joints in structures are designed for interference, push or clearance fits. That is, the diamete...
A continuum method of analysis is presented in this paper for the problem of a smooth rigid pin in a...
Pin-loaded holes commonly occur in engineering structures. However, accurate analysis of such holes ...
Fiber reinforced composites have emerged as high performance materials for a variety of engineering ...
Composites are finding increasing application in many advanced engineering fields like aerospace, ma...
The Finite Element Method (FEM) has made a number of otherwise intractable problems solvable. An imp...
Mechanical joints in composites can be tailored to achieve improved peiformance and better life by a...
The problem of misfit (interference or clearance) pin in a large orthotropic plate was solved earlie...
An analysis was performed to evaluate the stress distribution in composite pin loaded joints. The an...
The advent of large and fast digital computers and development of numerical techniques suited to the...
The effects of tangential friction at pin—hole interfaces are appropriately modelled for the analysi...
AbstractThe effects of tangential friction at pin—hole interfaces are appropriately modelled for the...
The analysis of clearance fit joints falls within the realm of mixed boundary problems with moving b...
The plane problem of load transfer from an elastic interference or clearance fit pin to a large elas...
Joints are primary sources of weakness in structures. Pin joints are very common and are used where ...
Pin joints in structures are designed for interference, push or clearance fits. That is, the diamete...
A continuum method of analysis is presented in this paper for the problem of a smooth rigid pin in a...
Pin-loaded holes commonly occur in engineering structures. However, accurate analysis of such holes ...
Fiber reinforced composites have emerged as high performance materials for a variety of engineering ...
Composites are finding increasing application in many advanced engineering fields like aerospace, ma...
The Finite Element Method (FEM) has made a number of otherwise intractable problems solvable. An imp...
Mechanical joints in composites can be tailored to achieve improved peiformance and better life by a...
The problem of misfit (interference or clearance) pin in a large orthotropic plate was solved earlie...
An analysis was performed to evaluate the stress distribution in composite pin loaded joints. The an...
The advent of large and fast digital computers and development of numerical techniques suited to the...
The effects of tangential friction at pin—hole interfaces are appropriately modelled for the analysi...
AbstractThe effects of tangential friction at pin—hole interfaces are appropriately modelled for the...