Faculty

Institution

Unit

Venue

Moysey Brio

University of Arizona

Affiliations

Mathematics

Applied Mathematics

College of Science

Mathematics

NoneMoysey Brio is currently serving as a Applied Mathematics faculty at University of Arizona.

Honors

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Experiences

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Education

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Moysey Brio

University of Arizona

You can click a keyword to filter the displayed items

applied mathematics applied physics numerical analysis physics scientific computing numerical mathematics numerical simulations magnetohydrodynamics numerical method for partial differential equation space weather numerical algorithms photonics numerical computation fluid dynamics computer science computational science partial differential equations particle physics mathematical sciences mathematical optimization mathematical physics computational fluid dynamics optical engineering nonlinear phenomena shock waves nonlinear science quantum chemistry optical metrology wave theory wave motion wave propagation unstructured mesh generation nonlinear hyperbolic problem weak shock reflection computational optimization wave scattering finite element methods network theory theoretical mathematics engineering mathematics numerical grid generation space dimensions dispersive media maxwell-lorentz system two-fluid cosmic-ray hydrodynamics upwind differencing scheme fdtd algorithm engineering optimization nonlinear dynamics automatic control stress wave shock compression grid applications grid system hydraulics communication engineering space communications numerical relativity applied mathematical modelling numerical stability adaptive control adaptive computing non-linear optics nonlinear wave propagation sound propagation optical information processing optical transmission system optical communications ideal magnetohydrodynamics two-dimensional riemann solver euler equations two-dimensional burgers equation mach reflection von neumann paradox multimode interference circular step-index fibers

Notable Scholarly Works

Notable Federal Grants

Collaborators

Edge Percolation Centrality: A New Measure to Quantify the Influence of Edges During Percolation in Networks. PLoS ONE (2025)

random graphsglobal networksnetwork sciencegraph theoryedge percolation centralitystatistical physicsnetwork theorysocial network analysisnew measuresocial influencenetwork dynamicsscale-free networknetwork analysisstatistics

Kolmogorov–Smirnov-Based Edge Centrality Measure for Metric Graphs. Dynamics (2025)

network analyticsglobal networksnetwork sciencegraph theorymetric graphsmetric graph theorydata sciencegraph analysisnetwork analysis

A Coupled Spatial-Network Model: A Mathematical Framework for Applications in Epidemiology. Bulletin of Mathematical Biology (2024)

spatial analysisepidemiologynetwork sciencemathematical biosciencetheoretical biologymathematical biologyepidemiological dynamicdisease mappingspatial networkglobal healthcontact networkmathematical frameworkcommunicable diseasescomplex systemscomputational epidemiologycoupled spatial-network modelnetwork analysis

An Unstructured Mesh Coordinate Transformation‐Based Fdtd Method. International Journal of Numerical Modelling Electronic Networks Devices and Fields (2024)

Armando Albornoz‐BastoBud DennyMoysey Brio

unstructured mesh generationscientific computingnumerical simulations

Iterated Crank–Nicolson Method for Peridynamic Models. Dynamics (2024)

Jinjie LiuSamuel Appiah-AdjeiMoysey Brio

crank-nicolson methodperidynamic modelsmechanical engineeringdynamical systems

Localized Eigenvectors on Metric Graphs. Mathematics and Computers in Simulation (2023)

H. KravitzM. BrioJ.-G. Caputo

graph theorynumerical simulationsmetric graph theorymodeling and simulationapplied mathematics

An Unstructured Mesh Transformation Fdtd Method for the Tm Mode Equations. 2022 IEEE International Symposium on Antennas and Propagation and USNC-URSI Radio Science Meeting (AP-S/URSI) (2022)

Bud DennyArmando Albornoz-BastoMoysey Brio

wireless communicationscommunications systemssystems engineeringunstructured mesh generationantennasnumerical simulationscomputational electromagneticsradio engineeringmesh optimizationengineeringnumerical method for partial differential equationtm mode equationselectrical engineeringradio propagationdigital signal processing

Fdtd Method With Explicit Non-Iterative and Second Order Treatment for Kerr Nonlinearities. IEEE journal on multiscale and multiphysics computational techniques (2022)

Jinjie LiuJason CorneliusMoysey Brio

kerr nonlinearitiesfdtd methodsecond order treatmentelectrical engineeringmultiscale modelingapplied mathematics

Optimal Parameter Selection in Weeks’ Method for Numerical Laplace Transform Inversion Based on Machine Learning. Journal of Algorithms & Computational Technology (2021)

Patrick O KanoMoysey BrioJacob Bailey

mathematical optimizationscientific computingdata sciencekernel methodsnumerical computationmachine learningnumerical algorithmscomputer scienceparameter estimationnumerical mathematicsinverse problemsmodel selectionoptimal parameter selectionnumerical method for partial differential equationnumerical analysislarge scale optimizationcomputational sciencecomputational optimizationapplied mathematics

Spectral Solutions of Pdes on Networks. Applied Numerical Mathematics (2021)

M. BrioJ.-G. CaputoH. Kravitz

network analysiscomputer sciencegraph theorynetwork theoryengineeringnumerical analysisspectral solutionsnumerical mathematicsnetwork scienceapplied mathematics

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Moysey Brio

University of Arizona

Affiliations

Mathematics

Applied Mathematics

College of Science

Mathematics

NoneMoysey Brio is currently serving as a Applied Mathematics faculty at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Moysey Brio

University of Arizona

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Edge Percolation Centrality: A New Measure to Quantify the Influence of Edges During Percolation in Networks. PLoS ONE (2025)

Kolmogorov–Smirnov-Based Edge Centrality Measure for Metric Graphs. Dynamics (2025)

network analyticsglobal networksnetwork sciencegraph theorymetric graphsmetric graph theorydata sciencegraph analysisnetwork analysis

A Coupled Spatial-Network Model: A Mathematical Framework for Applications in Epidemiology. Bulletin of Mathematical Biology (2024)

An Unstructured Mesh Coordinate Transformation‐Based Fdtd Method. International Journal of Numerical Modelling Electronic Networks Devices and Fields (2024)

Armando Albornoz‐BastoBud DennyMoysey Brio

unstructured mesh generationscientific computingnumerical simulations

Iterated Crank–Nicolson Method for Peridynamic Models. Dynamics (2024)

Jinjie LiuSamuel Appiah-AdjeiMoysey Brio

crank-nicolson methodperidynamic modelsmechanical engineeringdynamical systems

Localized Eigenvectors on Metric Graphs. Mathematics and Computers in Simulation (2023)

H. KravitzM. BrioJ.-G. Caputo

graph theorynumerical simulationsmetric graph theorymodeling and simulationapplied mathematics

An Unstructured Mesh Transformation Fdtd Method for the Tm Mode Equations. 2022 IEEE International Symposium on Antennas and Propagation and USNC-URSI Radio Science Meeting (AP-S/URSI) (2022)

Bud DennyArmando Albornoz-BastoMoysey Brio

Fdtd Method With Explicit Non-Iterative and Second Order Treatment for Kerr Nonlinearities. IEEE journal on multiscale and multiphysics computational techniques (2022)

Jinjie LiuJason CorneliusMoysey Brio

kerr nonlinearitiesfdtd methodsecond order treatmentelectrical engineeringmultiscale modelingapplied mathematics

Optimal Parameter Selection in Weeks’ Method for Numerical Laplace Transform Inversion Based on Machine Learning. Journal of Algorithms & Computational Technology (2021)

Patrick O KanoMoysey BrioJacob Bailey

Spectral Solutions of Pdes on Networks. Applied Numerical Mathematics (2021)

M. BrioJ.-G. CaputoH. Kravitz

network analysiscomputer sciencegraph theorynetwork theoryengineeringnumerical analysisspectral solutionsnumerical mathematicsnetwork scienceapplied mathematics

1
2
3
4
5
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Similar Faculty Members

Tristan Buckmaster

Institution

New York University

hydrodynamic stability

fluid equations

John A. Adam

Institution

Old Dominion University

spectral theory

difference equation

Marsha Berger

Institution

New York University

multiphysics problem

applied mathematics

Daniel Appelö

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artificial boundary conditions

mechanical engineering

David Nicholls

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applied pde

numerical treatment

Susan Friedlander

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University of Southern California

partial differential equation

hydrodynamic stability

Jinchao Xu

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scientific computing

partial differential equation

Jeffrey Banks

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numerical method for partial differential equation

semi-implicit method

Yingda Cheng

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numerical computation

scientific computing

Karl Gustafson

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computational infrastructure

scientific computing