Faculty

Institution

Unit

Venue

Francis Xavier Giraldo

Distinguished Professor

Naval Postgraduate School

Affiliations

Center For Materials Science And Engineering

Mechanical and Aerospace Engineering

Resources

School Of Mechanical And Aerospace Engineering

Francis Xavier Giraldo is currently serving as a Center For Materials Science And Engineering Distinguished Professor at Naval Postgraduate School.

Honors

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Experiences

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Education

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Francis Xavier Giraldo

Naval Postgraduate School

Distinguished Professor

You can click a keyword to filter the displayed items

scientific computing applied mathematics numerical simulations computational science numerical analysis fluid dynamics atmospheric science engineering numerical method for partial differential equation computer science modeling and simulation atmospheric research applied physics geoscientific model development atmospheric models meteorology numerical mathematics numerical weather prediction discontinuous galerkin methods spectral elements numerical modeling (geology) mesoscale meteorology euler equations computational mechanics spectral theory ocean modelling high performance computer architecture finite element methods atmospheric process high performance computing computational fluid dynamics numerical algorithms earth system science boundary value problems nonlinear analysis computational optimization semi-implicit method marine hydrodynamics hardware acceleration advanced computing high-throughput computing applied meteorology adaptive mesh refinement advection-diffusion equation ocean sciences marine engineering continuum modeling climate modelling climate forecasting geometrical accuracy gpu computing numerical experiment matrix methods matrix theory spectral analysis engineering mathematics computational biophysics accelerated design 3d modeling wave motion marine meteorology water technology imaging spectroscopy experimental analysis spectroscopic methods equation sets spectral element test cases navier-stokes equations limited-area mode compressible euler equations finite elements element-based galerkin methods high-order semi-implicit time-integrators time-integration strategies global numerical weather computer-aided design rational mechanic civil engineering partial differential equations aerospace mathematics computational physics engineering optimization multidisciplinary optimization aerodynamics finite element method in structural mechanics aerospace engineering ocean engineering fluid flow nonlinear dynamics computational mathematics engineering science mechanical engineering computational geometry multiphase flows computational engineering structural optimization multiscale modeling differential equations linear algebra systems engineering aeroacoustics general systems environmental fluid mechanics fluid mechanics systems modeling numerical linear algebra

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comparison of Sub-Grid Scale Models for Large-Eddy Simulation Using a High-Order Spectral Element Approximation of the Compressible Navier-Stokes Equations at Low Mach Number. Communications in Computational Physics (2026)

S ReddyY TissaouiFAV AlvesS MarrasFX Giraldo

compressible navier-stokes equationsfluid dynamicslow mach numbermodeling and simulationlarge-eddy simulationsub-grid scale modelsapplied mathematics

A Performance Study of Horizontally Explicit Vertically Implicit (Hevi) Time-Integrators for Non-Hydrostatic Atmospheric Models. Journal of Computational Physics (2024)

Francis X. GiraldoFelipe A.V. de Bragança AlvesJames F. KellySoonpil KangP. Alex Reinecke

computational sciencenumerical simulationsnon-hydrostatic atmospheric modelsscientific computingapplied mathematics

Horizontally Explicit Vertically Implicit (Hevi) Time-Integrators for a Non-Hydrostatic Whole Atmosphere Models. (2024)

James F. KellyFrancis X. GiraldoP. Alex ReineckeFelipe AlvesCory A. BartonStephen D. Eckermann

atmospheric researchnumerical simulationsatmospheric conditionatmospheric scienceatmospheric modelsenvironmental scienceatmospheric process

A Non‐Column Based, Fully Unstructured Implementation of Kessler's Microphysics With Warm Rain Using Continuous and Discontinuous Spectral Elements. Journal of Advances in Modeling Earth Systems (2023)

Yassine TissaouiSimone MarrasAnnalisa QuainiFelipe A. V. de Brangaca AlvesFrancis X. Giraldo

unstructured implementationatmospheric sciencewarm rainapplied physicsenvironmental modellingapplied mathematics

A Physics-Based Open Atmosphere Boundary Condition for Height-Coordinate Atmospheric Models. Journal of Computational Physics (2023)

James F. KellySohail ReddyFrancis X. GiraldoP. Alex ReineckeJohn T. EmmertMcArthur JonesStephen D. Eckermann

atmospheric interactioncomputational scienceatmospheric researchnumerical simulationsatmospheric environmentatmospheric conditionphysicsatmospheric sciencegeoscientific model developmentscientific computingatmospheric modelsenvironmental scienceheight-coordinate atmospheric modelsspatio-temporal modelsmodeling and simulationatmospheric processapplied physicsenvironmental modelling

Schur Complement Implicit-Explicit Formulations for Discontinuous Galerkin Non-Hydrostatic Atmospheric Models. Journal of Computational Physics (2023)

Sohail ReddyMaciej WaruszewskiFelipe A.V. de Braganca AlvesFrancis X. Giraldo

computational sciencenumerical simulationsscientific computingatmospheric modelsapplied mathematics

The Flux‐Differencing Discontinuous Galerkin Method Applied to an Idealized Fully Compressible Nonhydrostatic Dry Atmosphere. Journal of Advances in Modeling Earth Systems (2023)

A. N. SouzaJ. HeT. BischoffM. WaruszewskiL. NovakV. BarraT. GibsonA. SridharS. KandalaS. ByrneL. C. WilcoxJ. KozdonF. X. GiraldoO. KnothJ. MarshallR. FerrariT. Schneider

earth scienceatmospheric scienceearth system sciencegeological modelingapplied mathematics

Entropy Stable Discontinuous Galerkin Methods for Balance Laws in Non-Conservative Form: Applications to the Euler Equations With Gravity. Journal of Computational Physics (2022)

Maciej WaruszewskiJeremy E. KozdonLucas C. WilcoxThomas H. GibsonFrancis X. Giraldo

computational sciencenumerical simulationsnumerical method for partial differential equationfluid dynamicsscientific computingbalance lawsnon-conservative formeuler equationsapplied mathematics

Large-Eddy Simulations With Climatemachine V0.2.0: A New Open-Source Code for Atmospheric Simulations on Gpus and Cpus. Geoscientific model development (2022)

Akshay SridharYassine TissaouiSimone MarrasZhaoyi ShenCharles KawczynskiSimon ByrneKiran PamnanyMaciej WaruszewskiThomas H. GibsonJeremy E. KozdonValentin ChuravyLucas C. WilcoxFrancis X. GiraldoTapio Schneider

computer scienceatmospheric simulationsgeoscientific model developmentmodeling and simulation

Non-Hydrostatic Unified Model of the Ocean With Application to Ice/Ocean Interaction Modeling. GEM - International Journal on Geomathematics (2022)

Michal A. KoperaYao GahounzoEllyn M. EnderlinFrancis X. GiraldoWieslaw Maslowski

oceanographyapplied mathematicsnon-hydrostatic unified model

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Francis Xavier Giraldo

Distinguished Professor

Naval Postgraduate School

Affiliations

Center For Materials Science And Engineering

Mechanical and Aerospace Engineering

Resources

School Of Mechanical And Aerospace Engineering

Francis Xavier Giraldo is currently serving as a Center For Materials Science And Engineering Distinguished Professor at Naval Postgraduate School.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Francis Xavier Giraldo

Naval Postgraduate School

Distinguished Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

S ReddyY TissaouiFAV AlvesS MarrasFX Giraldo

compressible navier-stokes equationsfluid dynamicslow mach numbermodeling and simulationlarge-eddy simulationsub-grid scale modelsapplied mathematics

A Performance Study of Horizontally Explicit Vertically Implicit (Hevi) Time-Integrators for Non-Hydrostatic Atmospheric Models. Journal of Computational Physics (2024)

Francis X. GiraldoFelipe A.V. de Bragança AlvesJames F. KellySoonpil KangP. Alex Reinecke

computational sciencenumerical simulationsnon-hydrostatic atmospheric modelsscientific computingapplied mathematics

Horizontally Explicit Vertically Implicit (Hevi) Time-Integrators for a Non-Hydrostatic Whole Atmosphere Models. (2024)

James F. KellyFrancis X. GiraldoP. Alex ReineckeFelipe AlvesCory A. BartonStephen D. Eckermann

atmospheric researchnumerical simulationsatmospheric conditionatmospheric scienceatmospheric modelsenvironmental scienceatmospheric process

Yassine TissaouiSimone MarrasAnnalisa QuainiFelipe A. V. de Brangaca AlvesFrancis X. Giraldo

unstructured implementationatmospheric sciencewarm rainapplied physicsenvironmental modellingapplied mathematics

A Physics-Based Open Atmosphere Boundary Condition for Height-Coordinate Atmospheric Models. Journal of Computational Physics (2023)

James F. KellySohail ReddyFrancis X. GiraldoP. Alex ReineckeJohn T. EmmertMcArthur JonesStephen D. Eckermann

Schur Complement Implicit-Explicit Formulations for Discontinuous Galerkin Non-Hydrostatic Atmospheric Models. Journal of Computational Physics (2023)

Sohail ReddyMaciej WaruszewskiFelipe A.V. de Braganca AlvesFrancis X. Giraldo

computational sciencenumerical simulationsscientific computingatmospheric modelsapplied mathematics

The Flux‐Differencing Discontinuous Galerkin Method Applied to an Idealized Fully Compressible Nonhydrostatic Dry Atmosphere. Journal of Advances in Modeling Earth Systems (2023)

A. N. SouzaJ. HeT. BischoffM. WaruszewskiL. NovakV. BarraT. GibsonA. SridharS. KandalaS. ByrneL. C. WilcoxJ. KozdonF. X. GiraldoO. KnothJ. MarshallR. FerrariT. Schneider

earth scienceatmospheric scienceearth system sciencegeological modelingapplied mathematics

Entropy Stable Discontinuous Galerkin Methods for Balance Laws in Non-Conservative Form: Applications to the Euler Equations With Gravity. Journal of Computational Physics (2022)

Maciej WaruszewskiJeremy E. KozdonLucas C. WilcoxThomas H. GibsonFrancis X. Giraldo

computational sciencenumerical simulationsnumerical method for partial differential equationfluid dynamicsscientific computingbalance lawsnon-conservative formeuler equationsapplied mathematics

Large-Eddy Simulations With Climatemachine V0.2.0: A New Open-Source Code for Atmospheric Simulations on Gpus and Cpus. Geoscientific model development (2022)

computer scienceatmospheric simulationsgeoscientific model developmentmodeling and simulation

Non-Hydrostatic Unified Model of the Ocean With Application to Ice/Ocean Interaction Modeling. GEM - International Journal on Geomathematics (2022)

Michal A. KoperaYao GahounzoEllyn M. EnderlinFrancis X. GiraldoWieslaw Maslowski

oceanographyapplied mathematicsnon-hydrostatic unified model

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