A simple scheme for developing ‘upwind’ finite elements

Keywords

Simple (philosophy), Citation, Upwind scheme, Library science, Computer science

References

• An ‘upwind’ finite element scheme for two‐dimensional convective transport equationJ Heinrich, Peter S. Huyakorn, O. C. Zienkiewicz — 1977
• Finite element methods for second order differential equations with significant first derivativesI. Christie, David F. Griffiths, A. R. Mitchell — 1976

Cited by

• Etude d'une méthodologie multiéchelles appliquée à différents problèmes en milieu continu et discretLaetitia Carballal Perdiz — 2010
• Computation of ground waves from pile driving and their effects on structuresC L Ramshaw — 2002
• Numerical simulation of thermomechanically coupled transient rolling contact - An arbitrary Lagrangian-Eulerian approachAndreas Draganis — 2014
• A Mathematical Hydrodynamic Circulation Model of Great Salt Lake for Resource ManagementGary Z. Watters, Charles T. Kincaid — 1979
• A Finite Element Thermal Modelling of Modular Space RadiatorsNicola Nervegna, Ugo Borio — 1982
• Singularity preserving Galerkin method for Hammerstein equations with logarithmic kernelHideaki Kaneko, Richard Noren, Peter A. Padilla — 1998
• Eulerian-Lagrangian analysis of pollutant transport in shallow water. Final reportAntonio E. de M. Baptista, E. Eric Adams, Keith D. Stolzenbach — 1984
• LOCAL ERROR ESTIMATES OF THE LDG METHOD FOR 1-D SINGULARLY PERTURBED PROBLEMSHuiqing Zhu, Zhimin Zhang — 2013
• Numerical modeling of tight (stress corrosion) cracks for the development of new electromagnetic NDT pipeline toolsG. Kobidze — 1998
• The simulation of single phase, compressible fluid flow in fractured petroleum reservoirs using finite elementsShane Kenneth Francis Hattingh — 2002
• Vers une approche multi-échelle pour l’interaction fluide-structureÉtienne Vergnault — 2009
• A generalized statement for advective-diffusive phenomena. Finiteelement model and applicationsHéctor Gómez, Ignasi Colominas, F. Navarrina — 2000
• Numerical modeling of probe velocity effects for electromagnetic NDEYoung-Kil Shin — 1992
• Finite element solution of the energy equation in lubricated contactsNoël Brunetière, Bernard Tournerie — 2005
• Review of literature on the finite-element solution of the equations of two-dimensional surface-water flow in the horizontal planeJonathan Lee, David C. Froehlich — 1985
• Numerical methods for the Navier-Stokes equations with reference to the driven cavity problemMark Gregory Tatam — 1986
• Galerkin Least-Squares Stabilization Operators for the Navier-Stokes Equations: A Unified ApproachMónika Polner — 2005
• The Finite Element Method with Heat Transfer and Fluid Mechanics ApplicationsBaskharone, Erian A. — 2013
• Arbitrary Lagrangian-Eulerian Petrov-Galerkin finite elements for nonlinear continuaWing Kam Liu, Chang Herman, Chen Jiun-Shyan — 1988
• Cooling Finite Element Analysis of Engine Eddy Current RetarderXuyun Qiu, Fengyan Yi — 2010

Related papers

• Non-Upwind Versus Upwind Schemes for Hyperbolic Conservation Laws in Porous MediaMichael G. Edwards — 2005
• A weighted-upwind generalized finite difference (WU-GFD) scheme with high-order accuracy for solving convection-dominated problemsPo-Wei Li, Fan Zhang — 2023
• Analysis of upwind and high‐resolution schemes for solving convection dominated problems in porous mediaVadimas Starikovičius, Raimondas Čiegis, A. Jakušev — 2006
• ANALYSIS OF UPWIND AND HIGH‐RESOLUTION SCHEMES FOR SOLVING CONVECTION DOMINATED PROBLEMS IN POROUS MEDIAVadimas Starikovičius, Remigijus Čiegis — 2006
• Moving Mesh Methods with Upwinding Schemes for Time-Dependent PDEsShengtai Li, Linda Petzold — 1997
• The [0-Simple] Simple Subsemigroups of Nonnegative MatricesQian Shuang-ping — 2000
• A simple improved iteration scheme for electronic structure calculationsHiroko Akai, P. H. Dederichs — 1985