Table Of ContentSpecial Volume:
Numerical Methods for Non-Newtonian Fluids
Guest Editors: R. Glowinski and Jinchao Xu
Handbook of
Numerical Analysis
GeneralEditor:
P.G. Ciarlet
LaboratoireJacques-LouisLions
Universite´ PierreetMarieCurie
4PlaceJussieu
75005PARIS,France
and
DepartmentofMathematics
CityUniversityofHongKong
TatCheeAvenue
KOWLOON,HongKong
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NEWYORK•OXFORD•PARIS•SANDIEGO
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North-HollandisanimprintofElsevier
Volume XVI
Special Volume:
Numerical Methods for
Non-Newtonian Fluids
GuestEditors:
R. Glowinski
DepartmentofMathematics,
UniversityofHouston,
Houston,TXUSA
and
LaboratoireJacques-LouisLions,
Universite´ PierreetMarieCurie,
4PlaceJussieu,
75005PARIS,France
J. Xu
DepartmentofMathematics,
PennsylvaniaStateUniversity,
UniversityPark,PA16802
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General Preface
In the early eighties, when Jacques-Louis Lions and I considered the idea of a Handbook
of Numerical Analysis, we carefully laid out specific objectives, outlined in the following
excerpts from the “General Preface” which has appeared at the beginning of each of the
volumespublishedsofar:
Duringthepastdecades,giantneedsforevermoresophisticatedmathemat-
icalmodelsandincreasinglycomplexandextensivecomputersimulations
havearisen.Inthisfashion,twoindissociableactivities,mathematicalmod-
elingandcomputersimulation,havegainedamajorstatusinallaspectsof
science,technologyandindustry.
In order that these two sciences be established on the safest possible
grounds,mathematicalrigorisindispensable.Forthisreason,twocompan-
ionsciences,NumericalAnalysisandScientificSoftware,haveemergedas
essential steps for validating the mathematical models and the computer
simulationsthatarebasedonthem.
Numerical Analysis is here understood as the part of Mathematics that
describesandanalyzesallthenumericalschemesthatareusedoncomput-
ers;itsobjectiveconsistsinobtainingaclear,precise,andfaithful,represen-
tationofallthe“information”containedinamathematicalmodel;assuch,
itisthenaturalextensionofmoreclassicaltools,suchasanalyticsolutions,
special transforms, functional analysis, as well as stability and asymptotic
analysis.
The various volumes comprising the Handbook of Numerical Analy-
sis will thoroughly cover all the major aspects of Numerical Analysis, by
presentingaccessibleandin-depthsurveys,whichincludethemostrecent
trends.
Moreprecisely,theHandbookwillcoverthebasicmethodsofNumerical
Analysis,gatheredunderthefollowinggeneralheadings:
– SolutionofEquationsinRn,
– FiniteDifferenceMethods,
– FiniteElementMethods,
– TechniquesofScientificComputing.
v
vi GeneralPreface
Itwillalsocoverthenumericalsolutionofactualproblemsofcontempo-
raryinterestinAppliedMathematics,gatheredunderthefollowinggeneral
headings:
– NumericalMethodsforFluids,
– NumericalMethodsforSolids.
Inretrospect,itcanbesafelyassertedthatVolumesItoIX,whichwere
edited by both of us, fulfilled most of these objectives, thanks to the emi-
nenceoftheauthorsandthequalityoftheircontributions.
After Jacques-Louis Lions’ tragic loss in 2001, it became clear that
Volume IX would be the last one of the type published so far, i.e., edited
bybothofusanddevotedtosomeofthegeneralheadingsdefinedabove.
Itwasthendecided,inconsultationwiththepublisher,thateachfuturevol-
ume will instead be devoted to a single “specific application” and called
forthisreasonaSpecialVolume.“Specificapplications”willincludemath-
ematical finance, meteorology, celestial mechanics, computational chem-
istry, living systems, electromagnetism, computational mathematics, etc.
It is worth noting that the inclusion of such “specific applications” in the
HandbookofNumericalAnalysiswaspartofourinitialproject.
To ensure the continuity of this enterprise, I will continue to act as the
Editor of each Special Volume, whose conception will be jointly coordi-
natedandsupervisedbyaGuestEditor.
P.G.Ciarlet
July2002
Contents of Volume XVI
SpecialVolume:NumericalMethodsforNon-NewtonianFluids
GeneralPreface v
Foreword xix
NumericalMethodsforGrade-TwoFluidModels:Finite-Element
DiscretizationsandAlgorithms,V.Girault,F.Hecht 1
TheLangevinandFokker–PlanckEquationsinPolymerRheology,
AlexeiLozinski,RobertG.Owens,TimothyN.Phillips 211
ViscoelasticFlowswithComplexFreeSurfaces:NumericalAnalysisand
Simulation,AndreaBonito,PhilippeCle´ment,MarcoPicasso 305
StableFiniteElementDiscretizationsforViscoelasticFlowModels,
Young-JuLee,JinchaoXu,Chen-SongZhang 371
PositiveDefinitenessPreservingApproachesforViscoelasticFlowof
Oldroyd-BFluids:ApplicationstoaLid-DrivenCavityFlowanda
ParticulateFlow,Tsorng-WhayPan,JianHao,RolandGlowinski 433
OntheNumericalSimulationofViscoplasticFluidFlow,Roland
Glowinski,AnthonyWachs 483
Modeling,SimulationandOptimizationofElectrorheologicalFluids,
R.H.W.Hoppe,W.G.Litvinov 719
Index 795
vii
Thispageintentionallyleftblank
Contents of the Handbook
VolumeI
FiniteDifferenceMethods(Part1)
Introduction,G.I.Marchuk 3
FiniteDifferenceMethodsforLinearParabolicEquations,V.Thome´e 5
SplittingandAlternatingDirectionMethods,G.I.Marchuk 197
SolutionofEquationsinRn(Part1)
LeastSquaresMethods,A˚.Bjo¨rck 465
VolumeII
FiniteElementMethods(Part1)
FiniteElements:AnIntroduction,J.T.Oden 3
BasicErrorEstimatesforEllipticProblems,P.G.Ciarlet 17
LocalBehaviorinFiniteElementMethods,L.B.Wahlbin 353
MixedandHybridMethods,J.E.Roberts,J.-M.Thomas 523
EigenvalueProblems,I.Babusˇka,J.Osborn 641
EvolutionProblems,H.Fujita,T.Suzuki 789
VolumeIII
TechniquesofScientificComputing(Part1)
HistoricalPerspectiveonInterpolation,Approximationand
Quadrature,C.Brezinski 3
Pade´Approximations,C.Brezinski,J.vanIseghem 47
ApproximationandInterpolationTheory,Bl.Sendov,A.Andreev 223
NumericalMethodsforSolids(Part1)
NumericalMethodsforNonlinearThree-DimensionalElasticity,
P.LeTallec 465
ix
Description:Non-Newtonian flows and their numerical simulations have generated an abundant literature, as well as many publications and references to which can be found in this volume's articles. This abundance of publications can be explained by the fact that non-Newtonian fluids occur in many real life situat