Cody J. Permann

According to our database, Cody J. Permann authored at least 10 papers between 2018 and 2024.

Collaborative distances:

• Dijkstra number of five.
• Erdős number of four.

2024

The MOOSE electromagnetics module.

Casey Icenhour, Alexander D. Lindsay, Cody J. Permann, Richard C. Martineau, David L. Green, Steven Shannon

SoftwareX, February, 2024

3.0 - MOOSE: Enabling massively parallel multiphysics simulations.

Guillaume L. Giudicelli, Alexander D. Lindsay, Logan H. Harbour, Casey Icenhour, Mengnan Li, Joshua Hansel, Peter German, Patrick Behne, Oana Marin, Roy H. Stogner, Jason M. Miller, Daniel Schwen, Yaqi Wang, Lynn Munday, Sebastian Schunert, Benjamin W. Spencer, Dewen Yushu, Antonio M. Recuero, Zachary M. Prince, Max Nezdyur, Tianchen Hu, Yinbin Miao, Yeon Sang Jung, Christopher Matthews, April Novak, Brandon Langley, Timothy J. Truster, Nuno Nobre, Brian Alger, David Andrs, Fande Kong, Robert W. Carlsen, Andrew E. Slaughter, John W. Peterson, Derek Gaston, Cody J. Permann

SoftwareX, 2024

2023

MOOSE Navier-Stokes module.

Alexander D. Lindsay, Guillaume L. Giudicelli, Peter German, John W. Peterson, Yaqi Wang, Ramiro Freile, David Andrs, Paolo Balestra, Mauricio Tano, Rui Hu, Ling Zou, Derek Gaston, Cody J. Permann, Sebastian Schunert

SoftwareX, July, 2023

2022

2.0 - MOOSE: Enabling massively parallel multiphysics simulation.

Alexander D. Lindsay, Derek R. Gaston, Cody J. Permann, Jason M. Miller, David Andrs, Andrew E. Slaughter, Fande Kong, Joshua Hansel, Robert W. Carlsen, Casey Icenhour, Logan H. Harbour, Guillaume L. Giudicelli, Roy H. Stogner, Peter German, Jacob C. Badger, Sudipta Biswas, Leora Chapuis, Christopher Green, Jason D. Hales, Tianchen Hu, Wen Jiang, Yeon Sang Jung, Christopher Matthews, Yinbin Miao, April Novak, John W. Peterson, Zachary M. Prince, Andrea Rovinelli, Sebastian Schunert, Daniel Schwen, Benjamin W. Spencer, Swetha Veeraraghavan, Antonio M. Recuero, Dewen Yushu, Yaqi Wang, Andy H. Wilkins, Christopher Wong

SoftwareX, December, 2022

2020

MOOSE: Enabling massively parallel multiphysics simulation.

Cody J. Permann, Derek R. Gaston, David Andrs, Robert W. Carlsen, Fande Kong, Alexander D. Lindsay, Jason M. Miller, John W. Peterson, Andrew E. Slaughter, Roy H. Stogner, Richard C. Martineau

SoftwareX, 2020

A Highly Parallel Multilevel Newton-Krylov-Schwarz Method with Subspace-Based Coarsening and Partition-Based Balancing for the Multigroup Neutron Transport Equation on Three-Dimensional Unstructured Meshes.

Fande Kong, Yaqi Wang, Derek R. Gaston, Cody J. Permann, Andrew E. Slaughter, Alexander D. Lindsay, Mark DeHart, Richard C. Martineau

SIAM J. Sci. Comput., 2020

2019

A scalable multilevel domain decomposition preconditioner with a subspace-based coarsening algorithm for the neutron transport calculations.

Fande Kong, Yaqi Wang, Derek R. Gaston, Alexander D. Lindsay, Cody J. Permann, Richard C. Martineau

CoRR, 2019

A highly parallel multilevel Newton-Krylov-Schwarz method with subspace-based coarsening and partition-based balancing for the multigroup neutron transport equations on 3D unstructured meshes.

Fande Kong, Yaqi Wang, Derek R. Gaston, Cody J. Permann, Andrew E. Slaughter, Alexander D. Lindsay, Richard C. Martineau

CoRR, 2019

2018

A fully coupled two-level Schwarz preconditioner based on smoothed aggregation for the transient multigroup neutron diffusion equations.

Fande Kong, Yaqi Wang, Sebastian Schunert, John W. Peterson, Cody J. Permann, David Andrs, Richard C. Martineau

Numer. Linear Algebra Appl., 2018

A general-purpose hierarchical mesh partitioning method with node balancing strategies for large-scale numerical simulations.

Fande Kong, Roy H. Stogner, Derek Gaston, John W. Peterson, Cody J. Permann, Andrew E. Slaughter, Richard C. Martineau

CoRR, 2018