Follow
Amanda Carreņo
Title
Cited by
Cited by
Year
A time and frequency domain analysis of the effect of vibrating fuel assemblies on the neutron noise
A Vidal-Ferrāndiz, A Carreņo, D Ginestar, C Demazičre, G Verdú
Annals of Nuclear Energy 137, 107076, 2020
312020
A block Arnoldi method for the SPN equations
A Vidal-Ferrandiz, A Carreņo, D Ginestar, G Verdú
International Journal of Computer Mathematics 97 (1-2), 341-357, 2020
242020
Modal methods for the neutron diffusion equation using different spatial modes
A Carreņo, A Vidal-Ferrāndiz, D Ginestar, G Verdú
Progress in Nuclear Energy 115, 181-193, 2019
182019
Spatial modes for the neutron diffusion equation and their computation
A Carreņo, A Vidal-Ferrāndiz, D Ginestar, G Verdú
Annals of Nuclear Energy 110, 1010-1022, 2017
182017
Adaptive time-step control for modal methods to integrate the neutron diffusion equation
A Carreņo, A Vidal-Ferrāndiz, D Ginestar, G Verdu
Nuclear Engineering and Technology 53 (2), 399-413, 2021
152021
Block hybrid multilevel method to compute the dominant λ-modes of the neutron diffusion equation
A Carreņo, A Vidal-Ferrāndiz, D Ginestar, G Verdú
Annals of Nuclear Energy 121, 513-524, 2018
152018
Neutronic simulation of fuel assembly vibrations in a nuclear reactor
A Vidal-Ferrāndiz, A Carreņo, D Ginestar, C Demazičre, G Verdú
Nuclear Science and Engineering 194 (11), 1067-1078, 2020
132020
Modelling and simulations of reactor neutron noise induced by mechanical vibrations
A Vidal-Ferrāndiz, D Ginestar, A Carreņo, G Verdú, A Dokhane, V Verma, ...
Annals of Nuclear Energy 177, 109300, 2022
122022
Multilevel method to compute the lambda modes of the neutron diffusion equation
A Carreņo, A Vidal-Ferrándiz, D Ginestar, G Verdú
Applied Mathematics and Nonlinear Sciences 2 (1), 225-236, 2017
122017
FEMFFUSION: A finite element method code for the neutron diffusion equation
A Vidal-Ferrandiz, A Carreno, D Ginestar, G Verdú
92020
On the simulation of neutron noise induced by vibrations of fuel pins in a fuel assembly
P Vinai, H Yi, C Demaziere, A Rouchon, A Zoia, A Vidal-Ferrāndiz, ...
Annals of Nuclear Energy 181, 109521, 2023
82023
Frequency-domain models in the SPN approximation for neutron noise calculations
A Carreņo, A Vidal-Ferrāndiz, D Ginestar, G Verdú
Progress in Nuclear Energy 148, 104233, 2022
82022
Block Preconditioning Matrices for the Newton Method to Compute the Dominant λ-Modes Associated with the Neutron Diffusion Equation
A Carreņo, L Bergamaschi, A Martinez, A Vidal-Ferrándiz, D Ginestar, ...
Mathematical and Computational Applications 24 (1), 9, 2019
82019
Localizing perturbations in pressurized water reactors using one-dimensional deep convolutional neural networks
L Pantera, P Stulík, A Vidal-Ferrāndiz, A Carreņo, D Ginestar, G Ioannou, ...
Sensors 22 (1), 113, 2021
72021
FEMFFUSION and its verification using the C5G7 benchmark
Y Fontenla, A Vidal-Ferrāndiz, A Carreņo, D Ginestar, G Verdú
Annals of Nuclear Energy 196, 110239, 2024
62024
Edge-wise perturbations to model vibrating fuel assemblies in the frequency-domain using FEMFFUSION: Development and verification
A Vidal-Ferrāndiz, A Carreņo, D Ginestar, G Verdú
Annals of Nuclear Energy 175, 109246, 2022
62022
Time-dependent simplified spherical harmonics formulations for a nuclear reactor system
A Carreņo, A Vidal-Ferrāndiz, D Ginestar, G Verdú
Nuclear Engineering and Technology 53 (12), 3861-3878, 2021
62021
Incorporaciķn de la plataforma Kahoot en las clases de matemáticas II y evaluaciķn de su funcionamiento
A Carreno, D Ginestar, E Sanabria-Codesal
IN-RED 2020: VI Congreso de Innovaciķn Educativa y Docencia en Red, 528-541, 2021
52021
Optimized eigenvalue solvers for the neutron transport equation
A Vidal-Ferrāndiz, S González-Pintor, D Ginestar, A Carreņo, G Verdú
International Conference on Computational Science, 823-832, 2018
52018
The Solution of the Lambda Modes Problem Using Block Iterative Eigensolvers
A Carreņo, A Vidal-Ferrāndiz, D Ginestar, G Verdú
Computational Science–ICCS 2018: 18th International Conference, Wuxi, China …, 2018
32018
The system can't perform the operation now. Try again later.
Articles 1–20