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Computer Physics Communications
IF
3.4
Papers
11577
Citations
37080
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11710
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Fast solvers for tokamak fluid models with PETSc
Computer Physics Communications
IF
3.4
2026-07-08
0
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Mark F. Adams; Jin Chen; Benjamin Sturdevant
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Assessing pseudo-automatic model analysis of small-angle scattering data batches from precipitation in alloys
Computer Physics Communications
IF
3.4
2026-07-07
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Mattias Tidefelt; Per Jönsson; Pär A.T. Olsson; Martin Fisk
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jahn-teller-dynamics: Python package to determine vibronic interaction demonstrated on molecules and trigonal defect qubits
Computer Physics Communications
IF
3.4
2026-07-07
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Balázs Tóth; Ádám Gali; Gergő Thiering
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Randomized Neural Networks for Integro-Differential Equations with Application to Neutron Transport
Computer Physics Communications
IF
3.4
2026-07-07
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AI
Haoning Dang; Fei Wang; Yifan Chen; Zhouyu Liu; Dong Liu; Hongchun Wu
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Magnus method for electronic structure calculations at extreme conditions
Computer Physics Communications
IF
3.4
2026-07-04
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Markus Däne; Babak Sadigh; Philip A. Sterne; John E. Pask
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surfaceChemistryFoam: An OpenFOAM-based library for detailed surface chemistry in reacting flow simulations
Computer Physics Communications
IF
3.4
2026-07-01
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Danh Nam Nguyen; Jae Hun Lee; Hae Won Seo; Hyung Jun Ahn; Chun Sang Yoo
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Boltzmann equation solver for thermalization
Computer Physics Communications
IF
3.4
2026-07-01
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Jong-Hyun Yoon
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KnudsenModel: A physically consistent Python framework for computing evaporative cooling of liquid jets
Computer Physics Communications
IF
3.4
2026-06-30
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AI
Claudia Goy; Robert E. Grisenti
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LEDDS: Portable LBM-DEM simulations on GPUs
Computer Physics Communications
IF
3.4
2026-06-30
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Raphaël Maggio-Aprile; Maxime Rambosson; Christophe Coreixas; Jonas Latt
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A semi-implicit fully Eulerian WENO scheme for high-fidelity Vlasov–Ampère simulations
Computer Physics Communications
IF
3.4
2026-06-28
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AI
Mao-Syun Wong; Shih-Hung Chen; Tsung-Che Tsai; Kun-Han Lee
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Efficient open-source GPU implementation for multi-agent autochemotactic 2D modeling
Computer Physics Communications
IF
3.4
2026-06-27
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AI
Vladimir Yu. Rudyak; Yael Roichman
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Nexus-CAT: A computational framework to define long-range structural descriptors in glassy materials from percolation theory
Computer Physics Communications
IF
3.4
2026-06-27
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Julien Perradin; Simona Ispas; Anwar Hasmy; Bernard Hehlen
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Developing the THETA transport code with the linear source enhanced random ray method for high-fidelity radiation shielding simulation
Computer Physics Communications
IF
3.4
2026-06-27
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AI
Xiangchun Tian; Shuai Qin; Jiacheng Li; Shihong Li; Qian Zhang
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PCMS: Parallel coupler for multimodel simulations
Computer Physics Communications
IF
3.4
2026-06-26
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Jacob S. Merson; Cameron W. Smith; Mark S. Shephard; Fuad Hasan; Abhiyan Paudel; Angel Castillo-Crooke; Joyal Mathew; Mohammad Elahi
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Crystal Dislocation Generator (CryDisGen): A versatile toolkit to create general dislocation structures in crystals
Computer Physics Communications
IF
3.4
2026-06-25
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Jianjun Bian; Weike Yuan; Yue Ding; Zhushan Shao; Gangfeng Wang
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DiFfRG: A discretisation framework for functional renormalisation group flows
Computer Physics Communications
IF
3.4
2026-06-25
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Franz R. Sattler; Jan M. Pawlowski
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Multistep generative backmapping of coarse-grained structures
Computer Physics Communications
IF
3.4
2026-06-25
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Georgios Kementzidis; Erin Wong; John Nicholson; Ruichen Xu; Yuefan Deng
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Multi-DCU parallelization of the FW–H solver for aeroacoustic simulations
Computer Physics Communications
IF
3.4
2026-06-24
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AI
Qixing Wang; Mingyu Shao; Hanbo Jiang
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κALDo 2.0: Scalable thermal transport from first principles and machine learning potentials
Computer Physics Communications
IF
3.4
2026-06-23
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Giuseppe Barbalinardo; Zekun Chen; Dylan A. Folkner; Bohan Li; Nicholas W. Lundgren; Nathaniel Troup; Alfredo Fiorentino; Davide Donadio
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Additions to the FUMILIM minimization package
Computer Physics Communications
IF
3.4
2026-06-23
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AI
I.M. Sitnik
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