1994 Table of Contents

Preface

ShapDepositioManufacturin1
RMerzFBPrinzKRamaswamiMTeranL.EWeiss

MultiphasJeSolidification -NeProcesTowardMetaPrototypeanNeDatInterfac9
MartiGeigerWilhelStegerMatthiaGreuanManfreSindel

SoliFreeforFabricatiooFunctionaCeramiComponentUsinLaminateObjecManufacturinTechniqu17
CurtiGriffinJoDeDaufenbacanScotMcMillin

ProductiooMetaPrototypeUsinHigPowereLaseMachininCente25
M.SPridhamG.AThomsonUMenoanMKoch

VideMicroscopoSelectivLaseSinterin34
LawrencSMelviIIISumaDaanJosepJ.BeamaJr.

FDM® TechnologProcesImprovement42
JameWCombWilliaRPriedemaanPatricWTurley

ExtrusioMethodfoSoliFreeforFabricatio50
PauCalvertRoberCrockettJohLombardiJohO'KellanKeviStuffle

SurfacTexturB3Printin56
ESachsAlaiCurodeauDGossardHJeeMCimanSCaldarise

DensificatiooSelectivLaseSintereMetaPartbHoIsostatiPressin65
MukesKAgarwalaDaviLBourelanJosepJ.Beaman

SprayeMetaShellfoToolingImprovinthMechanicaPropertie74
P.SFussellH.O.KKirchneanF.BPrinz

LAPS -LaseAidePowdeSolidification -TechnologfothDirecProductiooMetallianPolymePart82
PEyererJSheanBKeller

DirecSelectivLaseSinterinoMetalanMetaMelInfiltratiofoNeaNeShapFabricatiooComponent94
MSindelTPintatMGreulONyrhilanCWilkening

SLStmPrototypeFroNylo102
PauForderhaseKeviMcAleaMarMichalewiczMarGanningeanKent Firestone

RapiPrototypingGlobaVie110
R.ICampbelanP.MDickens

WorlWidAssessmenoRapiPrototypinTechnologie118
RicharFAubin

BenchmarkinoRapiPrototypinSystem– BeginnintSeStandard146
DuneeJayaramAmiBagchiCynthiCJara-AlmontanSeaO'Reilly

QuickCast™ RapiToolingCasHistoraForMotoCompan154
KarRDentoanPauEJacobs

IntegratiooNumericaModelinanLaseSinterinwitInvestmenCastin175
TPintatMSindelMGreulABurblieanCWilkening

Computer-DeriveMicrostructureb3PrintingBio-anStructuraMaterial181
M.JCimaESachsL.GCimaJYooSKhanujaSBorlandBWanR.AGiordano

SelectivLaseSinterinoCalciuPhosphatPowder191
GoonheLeanJ.WBarlow

Histogram -BaseAlgorithfoSemiautomateThree-DimensionaCraniofaciaModelin198
RicharALevy

StereolithographEpoxResinS517anS5180AccuracyDimensionaStabilitanMechanicaPropertie204
ThomaHPang

SimplPolymeShrinkagModeApplietStereolithograph225
LawrancFlacanRicharPChartoff

Multi-LayereCompositeUsinPhotolithograph234
AmiBagchanRoberBeesley

ReducinWarpagiStereolithographThrougNoveDraStyle242
JilSUlletRicharPChartoffAllaJLightmanJ.PMurphanJinghonLi

StudieiStereolithographyInfluencoProcesParameteroCurDistortioinPhotopolymeModel250
SuresJayanthiMichaeKeefanEdwarPGargiulo

OthComputatiooParOrientatioUsinSupporStructureiLayereManufacturin259
SetAlleanDebDutta

ProducModeDriveDirecManufacturin270\
PeCarleberg

Temperature-Controlled.SelectivLaseSinterin277
J.ABenda

ShapanTopologStructuraRedesigbLargAdmissiblPerturbation285
MichaeMBernitsasDaneSuryatamaByungsiKananDalG.Karr

StructuraDesigfoFreeforFabricatioUsinCompositMaterial293
RoJohansonNoborKikuchanPanoPapalambros

ModelinoSelecteSFProcess?Limit299
PatriciMendeanStuarBBrown

Applicationo3LaseDigitizinanSurfacinTechnologie307
WaynWinkelman

NeDevelopmentiProcessinanControoSelecteAreLaseDepositiooCarbo311
WRichardThisselanHarriLMarcus

MeasuremenanPredictioothThermaConductivitoPowderaHigTemperature321
SamueSSianJoeWBarlow

AnisotropiPropertieoAluminProcessebSL330
PKamatchSubramanianN.KVailJ.WBarloanH.LMarcus

SelectivLaseSinterinoAlumina-BoroOxidComposite339
ILeeAManthiraanH.LMarcus

SilicoCarbidShapeBSelecteAreLaseDepositioVapoInfiltratio348
BrittoBirminghamJ.VTompkinanH.LMarcus

SelectivLaseSinterinoPolycarbonataVaryinPowersScaSpeedanScaSpacing356
T.H.CChildsSCardianJ.MBrown

SelectivLasePyrolysioPolycarbosilanfoSoliFreForFabricatiooSilicoCarbid364
K.JJakubenaanH.LMarcus

ManufacturoInjectioMoldUsinSL371
BBadrinarayaanJ.WBarlow

FundamentaloLiquiPhasSinterinRelatetSelectivLaseSinterinoMetal379
DaviBunnellDaviBourelanHarriMarcus

ModelinoPolymeDegradatioiSL387
N.KVaianJ.WBarlow

UltravioleCurinoHighlLoadeCeramiSuspensionFoStereolithographoCeramic396
MichellLGriffitanJohWHalloran

AdaptivSlicinoSoliFreeforFabricatioProcesse404
YonSeoSuanMichaeJWozny

AdvanceiSelectivAreLaseDepositiooSilicoCarbid412
J.VTompkinsRLaabiB.RBirminghaanH.LMarcus