1993 Table of Contents

Preface

MateriaIssueiLayereFormin1
ChristinAmonJacBeuthHelmuKirchnerRoberMerzPrinzKeviSchmaltanLeWeiss

StereoLithographEpoxResiDevelopmentAccuracanDimensionaStabilit11
ThomaPang

VibratorFinishinoStereoLithographPart27
JohDSpencerRicharCCobanPhilliMDickens

StructuraCeramiComponentb3Printin40
JYooMichaeJCimaSKhanujaanEMSachs

LaseSinterinoMetal51
WilliaTCarterJr.anMarshalGJones

SoliFreebodForminoCeramicFroPolymerizablSlurr60
KStuffleAMulliganPauCalveranJohLombardi

DevelopmenoNanocompositefoSoliFreeforFabricatio64
ArumugaManthiramFChiLFJohnsonBRBirminghaanLMarcus

FabricatioUsinLaseMachininanWeldin74
MPridhamanGThomson

PicoliteSoldeDropleDispensin81
RonalMarusak

ControParameteranMateriaSelectioCriterifoRapiPrototypinSystem86
JameWComanWilliaRPriedeman

ReducinoEliminatinCuroWaPartProduceithSinterstation™ 2000?Syste94
PauForderhasanRicharCorden

ComputeAspectoSoliFreeforFabricationGeometryProcesControanDesig102
RicharHCrawford

VirtuaRealitanRapiPrototypingConflictinoComplementary?  113
IaGibsonDBrownSCobanREastgate

Optimizatioo2CDatSetfoThree-DimensionaCraniofaciaImaginanModelin121
RicharALevy

SomEfficienProcedurefoCorrectinTriangulateModel126
IsmMäkelä and ADolenc

RobusPrototypin135
JanKChari anJLHall

SimulatiooSoliFreeforFabricatio143
StuarBBrown

Automate4-AxisAdaptivScanninWitthDigiboticLaseDigitize150
StepheKoch

StereoLithograph1993:?QuickCasttm 158
ThomaHPang and PauFJacobs

FFF at Ford Motor Company 168
SeaO'Reilly

AExperimentaStudothParameterAffectinCuriPartCreateUsing?Stereolithograph178
LesliHortonMichaeKeefanEPGargiulo

HomogenizatioDesiganLayereManufacturinoLoweControAriProjecMAXWEL186
RoJohansonNKikuchiPPapalambrosFritPrinanLeWeiss

AEvaluatioothMechanicaBehaviooBronze-NCompositeProducebSelectivLaseSinterin193
MukesAgarwalaDLBourellBWanJJBeaman

SilicoCarbidPreformfoMetaInfiltratiobSelectivLaseSintering™ oPolymeEncapsulatePowder204
NKVailJWBarloanHLMarcus;

FabricatiooCeramianMetaMatriCompositeFroSelectivLaseSintereCeramiPreform215
LucDeckaranDenniClaar

PowdeLayePositioAccuraciPowder-BaseRapiPrototypin223
Sang-JooJohLeeESachanMCima

ThPhysicoDigitaMicrofabricatiowitMolteMicrodrop237
FuquaGaanAASonin

MateriaanProcesParameterThaAffecAccuraciStereolithograph245
RicharPChartoffLawrencFlacanPeteWeissman

ThermaAnalysianModelinoSteady-StatRoGrowtDurinGas-PhasSoliFreeforFabricatio253
JameMaxwellJosepPegnaanAlexandeOstrogorsky

PotentiaApplicatiooSoliFreeforFabricatio(SFFProcesiCeracoP/Forgin271
RamaVRamanSVRelanRLAnderson

MachinVisiofoRapiGeometriModelin275
VisKoivuneanRBajcsy

StrategfoCompositDevelopmeniRapiPrototypin283
RCharanABagchiTRenaultanAAOgale

DirecGeneratiooContouFilefroConstructivSoliGeometry.Representation291
SashidhaGuduriRCrawfordanJJBeaman

IndirecMetaCompositParManufacturUsinthSLProces303
JameRTobinBBadrinarayanJWBarlowJJBeamaanDBourell

SoliFreeforFabricatiooSilicoCarbidShapebSelectivLaseReactioSintering(SLRS308
BrittoRBirminghaanHLMarcus

SupersoliduLiquiPhasSelectivLaseSinterinoPrealloyeBronzPowde317
Gopalakrishna PrabhuandDLBourell

SelectivAreLaseDepositiooSilicoCarbid325
JameVTompkinsanHMarcus

DryinoColloidaBindeInfiltrateCeramiGreePartProducebSelectivLaseSintering™ 333
MGlazerN.KVailanJWBarlow

SynthesisSelectivLaseSinterinanInfiltratiooHigTDuaPhasAg-YBa2Cu307-SuperconductoComposite339
MukesAgarwalaDLBourellAManthiramBRBirminghaanHLMarcus

SelectivLaseSinterinoAl2O3   350
PKSubramanianGZongNVailWBarloanH.LMarcus

LaseSinterinModefoCompositMaterial360
JameCNelsonN.KVaianJ.W.Barlow

MeasuremenothThermaConductivitoPowderbTwDifferenMethod370
SamueSumiSianJ.W.Barlow

SelectivLaseSinterinoBioceramiMaterialfoImplant376
GoonheLeanJ.WBarlow