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SFF Symposium Preceedings Archive

1990 Table of Contents

Introduction
Solid Freeform Fabrication An Advanced Manufacturing Approach 1
D.L. Bourell, J.J. Beaman, H.L. Marcus and J.W. Barlow

Ceramics
Microencapsulation of Finely Divided Ceramic Powders 8
N.K. Vail and J.W. Barlow

Selective Laser Sintering of Ceramic Materials 16
Uday Lakshminarayan, Stan Ogrydziak and Harris L. Marcus

Three Dimensional Printing: Rapid Tooling and Prototypes Directly from CAD Representation 27
Emanuel Sachs, Michael J. Cima, James Cornie, D. Brancazio, J. Bredt, A. Curodeau, M. Esterman, T. Fan, C. Harris, K. Kremmin, S.J. Lee, B. Pruitt and P. Williams

Gas Phase Deposition
Design of a Solid Free-form Fabrication Diamond Reactor 48
W. Richards Thissell, James Tompkins and H.L. Marcus

Modeling of Selective Area Laser Deposition for Solid Freeform Fabrication 74
Y. Jacquot, G-S. Zong and H.L. Marcus

Solid Freeform Fabrication by Selective Area Laser Deposition 83
Gui-Sheng Zong, R. Carnes, H.G. Wheat and H.L. Marcus

Metals
Prediction of the Thermal Conductivity of Beds Which Contain Polymer Coated Metal Particles 91
Badrinarayan Balasubramanian and J.W. Barlow

Selective Laser Sintering of Binary Metallic Powder 99
J.A. Manriquez-Frayre and D.L. Bourell

Steel-Based Sprayed Metal Tooling 107
Paul S. Fussell and Lee Weiss

Modeling and Control
Alpha_1, Remote Manufacturing, and Solid Freeform Fabrication 114
Samuel H. Drake

CAD Model Format for SFF Machines 121
James Darrah and Martin Wielgus

Contour Following for Scanning Control in SFF Application 126
Ying-Jeng Engin Wu and J.J. Beaman

Geometric Modeling for Rapid Prototyping and Tool Fabrication 135
E. Levent Gursoz, Fritz Prinz, Lee E. Weiss

Parametric Analysis of the Selective Laser Sintering Process 146
Ming-shen Martin Sun, J.J. Beaman, and J.W. Barlow

Polymers
A Computer Model for Laser Photopolymerization 155
Lawrance Flach and Richard P. Chartoff

Sintering Rates in the Selective Laser Sintering Process 164
Christian Nelson and J.W. Barlow

Solid Modeling and Stereolithography as a Solid Freeform Fabrication Technique at Texas Instruments Incorporated 171
Owen Baumgardner and Paul Blake

Thermal Properties of Powders 179
Samuel Xue and J.W. Barlow

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SFF Symposium Preceedings Archive

1992 Table of Contents

Preface

SystemIssueiSoliFreeforFabricatio1
MichaeJWozny
ProcesControSystefoHigTemperaturWorkstatioPerforminthSelectivLaseSinterinProces16
SumaDasRicharHCrawforanJ.JBeaman

ParalleSlicinAlgorithfoSoliFreeforFabricatioProcesse26
C.FKirschmaanC.CJara-Almonte

ImproveQualitoSFM-ProcedurebSystematizeOperationaPlannin34
DKochan

AExperimentaStudothRelationshiBetweeMicrostructuranMechanicaPropertieoCeramiCompositFabricated?bSelectivLaseSinterin44
UdaLakshminarayaanHarriLMarcus

ProjecMAXWELLTowardsRapiRealizatiooSuperioProduct54
DebDuttaNoborKikuchiPanoPapalambroanFritPrinanLeWeiss

SelectivLaseSinterinanReactioSinterinoCeramiComposite63
PKamatchSubramanianGliishengZonanHLMarcus

DirecSelectivLaseSinterinoHigTemperaturMaterial72
GZongYWuNTranILeeD.LBourellJ.JBeamaanH.LMarcus

AutomatiCAD-ModeRepairShell-Closur86
JaHelge BohanMichaeJWozny

MethotGeneratExacContouFilefoSoliFreeforFabricatio95
SashidhaGuduriRicharHCrawforanJosepJBeaman

ParametriAnalysifothSelectivLaseSinterinoSamplPolymeSyste102
Xiaomin(MichaelDengGuishenZonanJosepJBeaman

DesigoHigTemperaturProcesChambefothSelectivLaseSinterinProces110
JohMcWilliamsChristopheHysingeanJ.JBeaman

ThApplicatiooaArtificiaBodForctthSelectivLaseSinterinProces118
LawrencSMelviIIanJ.JBeaman

CeramiStructurebSelectivLaseSinterinoMicroencapsulatedFinely?DivideCeramiMaterial124
N.KVaianJ.WBarlow

ThMeasuremenothThermaPropertieanAbsorptanceoPowderNeaTheiMeltinTemperature131
SamueSSianJoeWBarlow

MetaPartfroSelectivLaseSinterinoMetal-PolymePowder141
BBadrinarayaanJ.WBarlow

DevelopmenoSelectivLaseReactioSinterinWorkstatio147
B.RBirminghamJ.VTompkinsGZonganH.LMarcus

ApplicatiooFactoriaDesigiSelectivLaseSinterin154
Xiaomin(MichaelDenanJosepJBeaman

PreliminarExperiencwitSelectivLaseSintigraphi(SLSModelothHumaTemporaBon161
RicharALevySashidhaGuduranRicharHCrawford

CasStudiRapiPrototypin174
RicharFAubin

LaseTrackinControImplementatiofoSFApplication179
Ying-JenEngiWanJosepJBeaman

NumericaSimulatiooViscouSinterinUndeMechanicaLoad188
MichaeBHsu

FundamentaloStereolithograph196
PauFJacobs

ThMaterialAdvantagothSLSTSelectivLaseSinterinProces212
LukLKimble

Microstructural Elements of Components Derived from 3D Printing 220
M.JCimaALauderSKhanujanESachs

RelatinOperatinParameterBetweeSLMachineWhicHavDifferenScanneGeometrieanLaseSpoSize228
J.CNelsoanJ.WBarlow

MetaPartGeneratiobThree-DimensionaPrintin244
SteveMichaelsEmanueMSachanMichaeJCima

GeneratinTopologicaInformatiofro“BuckeoFacets251
StepheJRocanMichaeJWozny

StereophotolithographyBranNeMachiner260
A.LAllanicC.PMedaranPSchaeffer

ManufacturinMechatronicUsinThermaSpraShapDepositio272
JameEBeckFritBPrinzDaniePSiewioreanLeEWeiss

RapiPrototypinUsin3Weldin280
P.MDickensM.SPridhamR.CCobbIGibsoanGDixon

AdaptivLaminateMachininfoPrototypinoDieanMold291
F.AVouzelaudABagchanP.FSferro

RapiPrototypinUsinFDMFastPreciseSafTechnolog301
WilliaAWalters

MachinIssueAssociatewitSoliFreeforFabricatio309
JosepJBeaman