A computational spectral graph theory tutorial
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Publications
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Jump to search filtersAnalysis and approximation of a finite-range jump process
Abstract not provided.
Peridynamic Balance Laws
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Statistical mechanical foundation for the peridynamic nonlocal continuum theory: Energy and momentum conservation laws
Abstract not provided.
Preconditioning for Large Scale-Free Graphs
Abstract not provided.
Preconditioners for Large Scale-Free Graphs
Abstract not provided.
CM4 and Peridynamics
Abstract not provided.
Analysis of the volume-constrained peridynamic Navier equation of linear elasticity
Computing the exit-time for a finite-range symmetric jump process
SIAM journal of applied mathematics
Abstract not provided.
Trilinos-based Software for Eigenanalysis of Graphs
Abstract not provided.
The Peridynamic Nonlocal Continuum Theory
Abstract not provided.
Efficient Computation of Eigenpairs for Large Scale-free Graphs
Abstract not provided.
Analysis and approximation of nonlocal diffusion problems with volume constraints
Abstract not provided.
The Peridynamic Nonlocal Continuum Theory
Abstract not provided.
Analysis and approximation of nonlocal diffusion problems with volume constraints
Abstract not provided.
Peridynamics for Material Failure
Abstract not provided.
The Peridynamic Nonlocal Continuum Theory
Abstract not provided.
Peridynamic nonlocal mechanics
Abstract not provided.
ANALYSIS OF THE VOLUME-CONSTRAINED PERIDYNAMIC NAVIER EQUATION OF LINEAR ELASTICITY
Proposed for publication in Journal of Elasticity.
A New Approach for a Nonlocal Nonlinear Conservation Law
Abstract not provided.
Eigensolvers on HPC Platforms
Abstract not provided.
Peridynamics for Material Failure
Abstract not provided.
Peridynamics: a nonlocal continuum theory
Abstract not provided.
Computing the exit-time for a symmetric jump process
Proposed for publication in Journal of Computational Physics.
Abstract not provided.
Peridynamics with LAMMPS : a user guide
Peridynamics is a nonlocal extension of classical continuum mechanics. The discrete peridynamic model has the same computational structure as a molecular dynamics model. This document provides a brief overview of the peridynamic model of a continuum, then discusses how the peridynamic model is discretized within LAMMPS. An example problem is also included.
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