A High-Order HDG Method with DubinerBasis for Elliptic Flow Problems

A High-Order HDG Method with DubinerBasis for Elliptic Flow Problems

En este artc̕ulo proponemos el uso del mťodo de Galerkin discontinuo hb̕rido(HDG) para resolver un problema cls̀ico en mecǹica de fluidos: la ecuacin̤ de Darcy. Este modelo describe el comportamiento de un fluido a travš de un medio poroso y es relevante en el estudio de flujo a gran escala. Aqu...

Full beskrivning

Sparad:

Bibliografiska uppgifter
Övriga upphovsmän:	Bastidas Manuela, Lopez Rodrg̕uez Bibiana, Osorio Mauricio, Universidad Pedagg̤ica y Tecnolg̤ica de Colombia - UPTC
Materialtyp:	Bok
Språk:	engelska
Ämnen:	Mťodo de elementos finitos Dinm̀ica de fluidos - Matemt̀icas Dinm̀ica de fluidos Finite element method Fluid dynamics - Mathematics Fluid dynamics Mťodo de Galerkin discontinuo hibridizable; Flujo en medio poroso; bases de Dubiner; Convergencia de alto orden Hybridizable discontinuous Galerkin methods; flow in porous media;Dubiner<U+0092>s basis; high order convergence.
Länkar:	A High-Order HDG Method with DubinerBasis for Elliptic Flow Problems
Taggar:	Lägg till en tagg Inga taggar, Lägg till första taggen!

Liknande verk

Multiderivative time-integrators for the hybridized discontinuous Galerkin method

Numerical methods for the unsteady compressible navier-stokes equations

Dinm̀ica de Fluidos Computacional CFD

Finite-volume Solutions to Hyperbolic PDEs (lecture 3). PASI 2013

SFCM_09_13, Modelar el flujo monofs̀ico en medios fracturados

Lecture 9 (CEM) -- Finite-Difference Method

Lecture 11 (CEM) -- Finite Difference Analysis of Waveguides

A New Finite Difference Eikonal Equation Solver for Anisotropic Medium

Boundary Element Methods - Indirect, Direct, Coupled FEM/BEM

Direct B.E.M. Method. Lecture 5

Direct Boundary Element Examples. Lecture 6

Indirect Boundary Element Method. Lecture 7

Modelado de dinm̀ica de fluidos computacional (CFD) en procesos multifs̕icos (4.4)

Modelado de dinm̀ica computacional de fluidos (CFD) con COMSOL Multiphysics (4.3b)

Seminario en ln̕ea, Flow Simulation

Multiphase CFD for Droplet Based Microfluidics

Simulaciones de ingeniera̕ de procesos qum̕icos (5.0)

Dinm̀ica de fluidos computacional e hidroinformt̀ica | Jornada Difusin̤ CIFASIS

Mallar con Salome para OpenFoam

OpenFOAM SnappyHexMesh Tutorial

ICEM Meshing Tutorial on 3D Pipe with 45 Degree Bend

Structured HEXA Meshing Using Ansys ICEM CFD. Part 1

Structured HEXA Meshing Using Ansys ICEM CFD. Part 2

(1/2) Structured Mesh Generation Using ICEM CFD

(2/2) Structured Mesh Generation Using ICEM CFD

ME 702 - Computational Fluid Dynamics - Video Lesson 5

Lecture 35 - Explicit and Implicit Methods

009.1 - Runge Kutta Time Integration

Crank-Nicolson Method and Insulated Boundaries

Mod-09, Lec-01. Turbulent Flows, Features and Simulation Strategies

Mod-09, Lec-03. RANS Turbulence Models and Large Eddy Simulation

Mod-09, Lec-02. Reynolds Averaging and RANS Simulation Models

An Introduction to RANS Turbulence Modelling in OpenFOAM

Introduction to Transient Turbulence Modeling (RAS,LES) - Part 1

Introduction to Transient Turbulence Modeling (RAS,LES) - Part 2

Large Eddy Simulation of Reacting Sprays

DOE CSGF 2013, Explicitly Filtered Large-Eddy Simulation, Application to Separated Flows

Uriel Frisch - Is Direct Numerical Simulation of Turbulence Entering into The High-Precision Era?

Dr. Evatt R. Hawkes - Direct Numerical Simulations of Laboratory-Scale Premixed and Lifted Flames

Dr. Hong Im, Computational Developments Towards Direct Numerical Simulations of Extreme Combustion