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Publication	Type	Year
Meshfree Peridynamics Computations: 3D Peridigm One Nonlocal World Nonlocal Codes Tutorials David John Littlewood	Conference Presentation – 2021 Conference Presentation	2021
An Introduction to the Peridigm Code One Nonlocal WorldNonlocal Codes David John Littlewood	Conference Presentation – 2021 Conference Presentation	2021
An Introduction to the Peridigm Code One Nonlocal WorldNonlocal Codes David John Littlewood	Abstract – 2021 Abstract	2021
Sandia / IBM Discussion on Machine Learning for Materials Applications David John Littlewood, Mitchell Wood, David Montes de Oca Zapiain, Sivasankaran Rajamanickam, Nathaniel Albert Trask https://www.osti.gov/search/identifier:1828106	Report – 2021 Report	2021
An optimization-based strategy for peridynamic-FEM coupling and for the prescription of nonlocal boundary conditions Marta D'Elia, Pavel B. Bochev, Mauro Perego, Jeremy Trageser, David John Littlewood https://www.osti.gov/search/identifier:1825041	Report – 2021 Report	2021
ASCEND: Asymptotically compatible strong form foundations for nonlocal discretization Nathaniel Albert Trask, Marta D'Elia, David John Littlewood, Stewart A. Silling, Jeremy Trageser, Michael R. Tupek https://www.osti.gov/search/identifier:1820006	SAND Report – 2021 SAND Report	2021
Convergence Studies for Meshfree Peridynamic Simulations of Dynamic Crack Growth 16th U.S. Congress on Computational Mechanics David John Littlewood, Pablo Seleson, Marco Pasetto, Yohan John, Jeremy Trageser	Conference Presentation – 2021 Conference Presentation	2021
Software Design and Implementation for Next-Generation Parallel Architectures World Congress on Computational Mechanics and Asian Pacific Congress on Computational Mechanics David John Littlewood, Henry Tufo, Hiroshi Okuda, Reese E. Jones	Abstract – 2021 Abstract	2021
Hierarchical Parallelism for Transient Solid Mechanics Simulations 14th World Congress on Computational Mechanics David John Littlewood, Reese E. Jones, Nicolas Morales, Julia Anne Plews, Ulrich Ladislas Lucien Hetmaniuk, Jonathan Josiah Lifflander https://www.osti.gov/search/identifier:1847484	Conference Paper – 2021 Conference Paper	2021
Convergence Studies for Meshfree Peridynamic Simulations of Dynamic Crack Growth 16th U.S. National Congress on Computational Mechanics David John Littlewood, Pablo Seleson, Marco Pasetto, Yohan John, Jeremy Trageser	Abstract – 2020 Abstract	2020
Hierarchical Parallelism for Transient Solid Mechanics Simulations 14th World Congress on Computational Mechanics and 8th European Congress on Computational Methods in Applied Sciences and Engineering David John Littlewood, Julia Anne Plews, Nicolas Manuel Morales, Reese E. Jones https://www.osti.gov/search/identifier:1833788	Conference Presentation – 2020 Conference Presentation	2020
Peridynamics to Predict Fracturing in the Subsurface American Geophysical Union Fall Meeting Bart G van Bloemen Waanders, David John Littlewood, Daniel Z. Turner, Michael L. Parks https://www.osti.gov/search/identifier:1767099	Conference Paper – 2020 Conference Paper	2020
Performance Portability in Practice: Mesh-Free Microstructure Peridynamics on the GPU 14th World Congress on Computational Mechanics (WCCM) Kurt R. Sansom, Julia Dark, David John Littlewood, Jeremy Trageser https://www.osti.gov/search/identifier:1761283	Conference Paper – 2020 Conference Paper	2020
Hierarchical Parallelism for Transient Solid Mechanics Simulations 14th World Congress on Computational Mechanics (WCCM) David John Littlewood, Julia Anne Plews, Nicolas Manuel Morales, Reese E. Jones https://www.osti.gov/search/identifier:1761280	Conference Paper – 2020 Conference Paper	2020
Modeling of Multiphysics Crack Growth in Cement Ses 2019 Reese E. Jones, Jessica Rimsza, David John Littlewood, Tara LaForce https://www.osti.gov/search/identifier:1643056	Conference Paper – 2019 Conference Paper	2019
Modeling of Multiphysics Crack Growth in Cement 56th Annual Technical Meeting of the Society of Engineering Science (SES2019) Reese E. Jones, Jessica Rimsza, David John Littlewood, Tara LaForce	Abstract – 2019 Abstract	2019
Software Design and Implementation for Hierarchical Parallel Architectures 14th World Congress on Computational Mechanics David John Littlewood, Henry Tufo, Hiroshi Okuda	Abstract – 2019 Abstract	2019
Computational Solid Mechanics and Contact on Next-Generation Computing Hardware 15th U.S. National Congress on Computational Mechanics David John Littlewood, Kenneth Noel Belcourt, San Le, Brian T. Lester, Lynn Brendon Munday, Jorge Perez, Patrick Xavier https://www.osti.gov/search/identifier:1641370	Conference Paper – 2019 Conference Paper	2019
Computational Peridynamics 15th U.S. National Congress on Computational Mechanics David John Littlewood, John T Foster, Pablo Seleson https://www.osti.gov/search/identifier:1641402	Conference Paper – 2019 Conference Paper	2019
Modeling of Multiphysics Crack Growth in Cement with Peridynamic Simulations 10th Advances in Cement-Based Materials Jessica Rimsza, Reese E. Jones, Tara LaForce, David John Littlewood	Abstract – 2019 Abstract	2019
A Peridynamic Framework for Modeling Crack Growth in Multiphysics Simulations Meshfree Methods and Advances in Computational Mechanics David John Littlewood https://www.osti.gov/search/identifier:1639381	Conference Paper – 2019 Conference Paper	2019
Multiphysics Peridynamic Models for Crack Growth in Brittle Materials SIAM Conference on Computational Science and Engineering (CSE19) David John Littlewood, Jessica Rimsza, Jennifer M Frederick, Reese E. Jones, Tara LaForce https://www.osti.gov/search/identifier:1602633	Conference Paper – 2019 Conference Paper	2019
Asymptotically compatible meshfree discretization of state-based peridynamics for linearly elastic composite materials Arxiv preprint Nathaniel Albert Trask, Benjamin Ashley Huntington, David John Littlewood	Journal Article – 2019 Journal Article	2019
Peridynamic Models for Material Damage and Failure Purdue Damage Mechanics Challenge Workshop David John Littlewood https://www.osti.gov/search/identifier:1601742	Conference Paper – 2019 Conference Paper	2019
Computational Solid Mechanics and Contact on Next-Generation Computing Hardware 15th U.S. National Congress on Computational Mechanics David John Littlewood, Kenneth Noel Belcourt, San Le, Brian T. Lester, Lynn Brendon Munday, Jorge Perez, Patrick G. Xavier	Abstract – 2019 Abstract	2019
Document Title	Type	Year

Results 1–25 of 193

Publications

Meshfree Peridynamics Computations: 3D Peridigm

An Introduction to the Peridigm Code

An Introduction to the Peridigm Code

Sandia / IBM Discussion on Machine Learning for Materials Applications

An optimization-based strategy for peridynamic-FEM coupling and for the prescription of nonlocal boundary conditions

ASCEND: Asymptotically compatible strong form foundations for nonlocal discretization

Convergence Studies for Meshfree Peridynamic Simulations of Dynamic Crack Growth

Software Design and Implementation for Next-Generation Parallel Architectures

Hierarchical Parallelism for Transient Solid Mechanics Simulations

Convergence Studies for Meshfree Peridynamic Simulations of Dynamic Crack Growth

Hierarchical Parallelism for Transient Solid Mechanics Simulations

Peridynamics to Predict Fracturing in the Subsurface

Performance Portability in Practice: Mesh-Free Microstructure Peridynamics on the GPU

Hierarchical Parallelism for Transient Solid Mechanics Simulations

Modeling of Multiphysics Crack Growth in Cement

Modeling of Multiphysics Crack Growth in Cement

Software Design and Implementation for Hierarchical Parallel Architectures

Computational Solid Mechanics and Contact on Next-Generation Computing Hardware

Computational Peridynamics

Modeling of Multiphysics Crack Growth in Cement with Peridynamic Simulations

A Peridynamic Framework for Modeling Crack Growth in Multiphysics Simulations

Multiphysics Peridynamic Models for Crack Growth in Brittle Materials

Asymptotically compatible meshfree discretization of state-based peridynamics for linearly elastic composite materials

Peridynamic Models for Material Damage and Failure

Computational Solid Mechanics and Contact on Next-Generation Computing Hardware