The paper investigates an often-overlooked issue in the use of coupled computational techniques: the assessment of overall static equilibrium. The analysis is focused on a peridynamic and FEM coupling computational method recently proposed by the authors. The magnitude of the out-of-balance forces obtained in all the examples is a fraction of a per cent of the applied forces, but it cannot be considered as a numerical error. The paper shows that the main reason for the occurrence of the out-of-balance forces is the presence of a highly nonlinear rate of change of displacements in the coupling zone of the models
The peridynamic theory provides the capability for improved modeling of progressive failure in mater...
Static condensation is widely used as a model order reduction technique to reduce the computational ...
The peridynamic model was introduced by Silling in 1998. In this paper, we demonstrate the applicati...
The paper investigates an often-overlooked issue in the use of coupled computational techniques: the...
Coupling peridynamics based computational tools with those using classical continuum mechanics can b...
Coupling peridynamics based computational tools with those using classical continuum mechanics can b...
Structural engineers should be able to describe all stages of the structural life even those involvi...
Structural engineers should be able to describe all stages of the structural life even those involvi...
Peridynamics is a continuum theory based on a non-local approach and capable of dealing with discont...
Peridynamics is a continuum theory based on a non-local approach and capable of dealing with discont...
Peridynamics is a non-local continuum theory that formulates problems in terms of integration of int...
A classical continuum mechanics model no longer fulfills its basic assumptions, when the deformation...
Peridynamics is a new modeling concept of non-local interactions for solid structures. The formulati...
A continuum model fails, when the deformations are not smooth or discontinuous. Non-local models, s...
Peridynamics is a recently proposed continuum theory based on a non local approach and formulated wi...
The peridynamic theory provides the capability for improved modeling of progressive failure in mater...
Static condensation is widely used as a model order reduction technique to reduce the computational ...
The peridynamic model was introduced by Silling in 1998. In this paper, we demonstrate the applicati...
The paper investigates an often-overlooked issue in the use of coupled computational techniques: the...
Coupling peridynamics based computational tools with those using classical continuum mechanics can b...
Coupling peridynamics based computational tools with those using classical continuum mechanics can b...
Structural engineers should be able to describe all stages of the structural life even those involvi...
Structural engineers should be able to describe all stages of the structural life even those involvi...
Peridynamics is a continuum theory based on a non-local approach and capable of dealing with discont...
Peridynamics is a continuum theory based on a non-local approach and capable of dealing with discont...
Peridynamics is a non-local continuum theory that formulates problems in terms of integration of int...
A classical continuum mechanics model no longer fulfills its basic assumptions, when the deformation...
Peridynamics is a new modeling concept of non-local interactions for solid structures. The formulati...
A continuum model fails, when the deformations are not smooth or discontinuous. Non-local models, s...
Peridynamics is a recently proposed continuum theory based on a non local approach and formulated wi...
The peridynamic theory provides the capability for improved modeling of progressive failure in mater...
Static condensation is widely used as a model order reduction technique to reduce the computational ...
The peridynamic model was introduced by Silling in 1998. In this paper, we demonstrate the applicati...