Table of Contents
2002 Technical Sessions
Abstracts Home | 2002 Author Index
Session 1: Laser Welding
A.
Laser Weld-Bonding
of Sheet A5754
by R. W. Messler, Jr. , Rensselaer Polytechnic Institute; J.
Bell, Winona State University; and O. Craigue, Rensselaer Polytechnic Institute
B.
Laser Welding of
Superaustentic Stainless Steels
by M. J. Perricone, J. N. DuPont, and A. R. Marder, Lehigh
University
C.
Joint Tolerance and
Process Sensitivity in Laser Welded Lap Joints
by C. V. Robino and P. W. Fuerschbach, Sandia National
Laboratories
D.
Evaluation of
Different Shielding Gases on Tailored Blank Production Using a CO2 Laser
by I. S. Bott, PUC-Rio/DCMM; L. F. G. de Souza, CEFET-RJ/DEM;
and O. R. Santos Filho, PUC-Rio /DCMM
Session 2: Metallurgy
E.
Microstructural
Development of Self-Shielded Flux Cored Arc Welds as a Function of Killing
Agents
by J. A. Major and S. Liu, Colorado School of Mines; M.
Quintana, The Lincoln Electric Co.; and C. Dallam, none
F.
Nonequlibrium
Austenite Solidification in Fe-C-Al-Mn Welds: Results from Time-Resolved x-ray
Diffraction Using Synchotron Radiation
by S. S. Babu, Oak Ridge National Laboratory; M. Quintana, The
Lincoln Electric Co.; S. A. David, Oak Ridge National Laboratory; and J. W.
Elmer, Lawrence Livermore National Laboratories
G.
Liquation and
Cracking in Partially Melted Zone of Multi-Component Aluminum Alloys
by C. Huang and S. Kou, University of Wisconsin - Madison
H.
Microstructural
Features Related to Rippling Phenomenon in 304 Stainless Steel GTA Welds
by A. C. Hall, C. V. Robino, M. Reece, D. O. MacCallum, J.
Michael, and P. Hlava, Sandia National Laboratories
I.
Metallurgical
Reactions in Flame Reheated High Performance Steels
by B. Pletcher, G. Atkins, and Y. Adonyi, LeTourneau University
Session 3: Process Modeling
J.
Experimental
Thermo-mechanics of Friction Stir Welding
by J. E. Mitchell and G. E. Cook, Vanderbilt University; and A.
M. Strauss, none
K.
Comparison of Heat
Inputs: Friction Stir Welding vs Arc Welding
by T. J. Lienert, University of South Carolina; and W. L.
Stellwag, Jr. and L. R. Lehman , Edison Welding Institute
L.
Numerical Simulation
of a 3-D Transient GMA Weld Pool
by Z. Cao and B. Brust , Battelle Memorial Institute; X. Chen,
Caterpillar, Inc; and Z. Yang, Caterpillar, Inc.
M.
A Systematic
Microstructure Level Modeling Approach for Designing High Performance
Welded-Joint
by Z. Yang, X. Chen, and N. Chen, Caterpillar, Inc.; and Z.
Cao, Y. P. Yang, and F. W. Brust, Battelle Memorial Institute
N.
Weld Modeling
Technology Developed for Shipbuilding Applications
by Y. P. Yang, F. W. Brust , Z. Cao, and J. C. Kennedy,
Battelle Memorial Institute; X. Chen and Z. Yang, Caterpillar, Inc.; and R. N.
Phillips and M. Cooper, Newport News Shipbuilding
O.
Stochastic Analysis
of Plasma Reflection
by Y. Ma, B. Losch, and Y. M. Zhang, University of Kentucky
Session 4: Phase Tranformations
P.
Investigation of
Phase Transformations in the HAZ of Carbon-Manganese Steel Arc Welds using
Spatially Resolved X-Ray Diffraction
by J. W. Elmer and J. Wong, Lawrence Livermore National
Laboratory; T. Ressler, Fritz-Haber-Institut der MPG; and T. A. Palmer ,
Lawrence Livermore National Laboratory
Q.
Modeling and Real
Time Mapping of Phases During GTA Welding of 1005 Steel
by W. Zhang, The Pennsylvania State University; J. W. Elmer,
Lawrence Livermore National Laboratories; and T. DebRoy, The Pennsylvania State
University
R.
Improved Ferrite
Number Prediction that Accounts for Cooling Rate Effects
by J. M. Vitek, S. A. David, and C. R. Hinman, Oak Ridge
National Laboratory
S.
Kinetic Calculations
of the Ferrite/Austenite Phase Transformation in the HAZ of a 2205 Duplex
Stainless Steel Weldment
by T. A. Palmer and J. W. Elmer , Lawrence Livermore National
Laboratory; S. S. Babu and J. M. Vitek, Oak Ridge National Laboratory; and J.
Wong, Lawrence Livermore National Laboratory
Session 5: Residual Stress/Distortion
T.
Control of Buckling
Distortion in Stiffened Panels
by R. M. Dull, J. Shanghvi, and J. R. Dydo, Edison Welding
Institute
U.
Welding Distortion
Analysis of Magnesium Tubular Connections
by C. L. Tsai and G. Jung, The Ohio State University
V.
Failure Mechanisms
of Pressure Vessels Under Thermo-mechanical Cycling
by J. A. Penso, The Ohio State University and PDVSA; and C. L.
Tsai , The Ohio State University
W.
A Study of the
Distortion and Residual Stress Caused by Groove Cutting with Flame
by H. T. Lee and S. B. Shin , Hyundai Heavy Industries Co.,
Ltd.
Session 6: Resistance Welding
X.
Electrode
Deterioration in Resistance Spot Welding of 5182 Aluminium Sheet
by I. Lum and Y. Zhou, University of Waterloo
Y.
On Monitoring the
Resistance and Resistance Projection Welding Processes
by G. A. Knorovsky, Sandia National Laboratories; B. M. Nowak,
University of Texas at El Paso; and D. O. MacCallum, Sandia National Laboratories
Z.
Micro-Resistance
Welding of Nickel Plated Steel
by S. J. Dong and Y. N. Zhou, University of Waterloo
Session 7: Weldability
AA.
Weldability of a
Corrosion Resistant Ni-Cr-Mo-Cu Alloy
by M. D. Rowe, P. Crook, and G. L. Hoback, Haynes International
inc.
BB.
Ductility-Dip
Cracking Mechanism Development in Austenitic, Nickel-Base Weld Metals
by M. G. Collins and J. C. Lippold, The Ohio State University
CC.
The Effect of
Rejuvenation Heat Treatments on the Repair Weldablity of Wrought Alloy 718
by M. Qian, Lehigh University; and J. C. Lippold, The Ohio
State University
DD.
Development of a
Test Technique For Evaluating Ductility Dip Cracking Susceptibility in
Austenitic Alloys
by N. E. Nissley and J. C. Lippold, The Ohio State University
EE.
A Comparison of
Postweld Heat Treatment Cracking Susceptibility in Two Nickel-base Alloys
by J. C. Lippold and S. J. Norton, The Ohio State University
FF.
The Effect of
Chromium on the Corrosion Behavior of Fe-Al Weld Overlay Claddings
by J. R. Regina , J. N. DuPont, and A. R. Marder, Lehigh
University
Session 8: Fatigue and Fracture
GG.
High Alloy Weldments
for Fatigue Resistance in Structural Carbon Steel
by F. Martinez, G. R. Edwards, and S. Liu, Colorado School of
Mines
HH.
Avoiding Weld
Failures Through Proper Understanding of Load Transfer
by O. W. Blodgett, Lincoln Electric Compay
II.
Stress Concentration
in Welded Joints and the Governing Parameter for Fatigue
by P. Dong and J. K. Hong, Battelle Memorial Institute
JJ.
Fatigue Crack
Propagation of Austenitic Stainless Steel Welds
by C. S. Kusko, J. N. DuPont, and A. R. Marder, Lehigh
University
Session 9: Arc Welding
KK.
Variable Polarity
GMAW for Improved Weld Brazing of Galvanized Sheet
by A. Joseph, Edison Welding Institute; and C. Webb and M. Haramia,
The Ohio State University
LL.
Welding Magnesium
Alloys by GTA, Flux-Assisted GTA (A-TIG) and Laser Processes
by M. Marya and G. R. Edwards, Colorado School of Mines
MM.
Plasma Transferred
Arc Welding of Wear Resistant Overlays
by M. Anderson and L. Esposito, Syncrude Canada Ltd.
NN.
High Speed Variable
Square Wave AC Submerged Arc Welding
by S. P. Moran and J. Reynolds , Miller Electric Mfg. Co.
Session 10: Modeling & Sensors
OO.
The Effect of WeId
Parameters on Irreversible Hydrogen Trapping in High Strength Low Alloy Weld
Metal
by C. Lensing and D. Olson, Colorado School of Mines; and I.
Maroef and Y. D. Park, none
PP.
Plasma Arc
Diagnostics to Clarify Hydrogen Reduction Mechanisms due to Fluoride Additions
by M. Matsushita and S. Liu, Colorado School of Mines
QQ.
Modeling of
Solidified Surface Profile in GTA Welded Butt and Fillet Joints
by W. Zhang, The Pennsylvania State University; G. G. Roy,
I.I.T. Kharagpur; and T. DebRoy, The Pennsylvania State University
RR.
Mathematical Modeling
of Macroporosity Formation during Laser Welding of Aluminum Alloy 5182
by H. Zhao and T. DebRoy, The Pennsylvania State University
SS.
Plasma Cloud Charge
Sensor
by S. B. Zhang, Y. C. Liu, and Y. M. Zhang, University of
Kentucky
Brazing and Soldering Symposium
Session BS1: Applied Brazing Developments
TT.
Visual Observations
of Liquid Filler Metal Flow Through a Braze Gap
by F. M. Hosking, A. C. Hall, and M. Reece, Sandia National
Laboratories
UU.
Combined In-Situ
Dilatometer and Contact Angle Studies of Interfacial Reaction Kinetics in
Brazing
by V. R. Dav and , D. A. Javernick, D. J. Thoma, M. J. Cola ,
K. J. Hollis, F. M. Smith, and L. B. Dauelsberg, Los Alamos National Laboratory
VV.
Study of Process
Kinetics in TLP Bonding Using DSC
by M. L. Kuntz, Y. Zhou, and S. F. Corbin, University of Waterloo
WW.
Flaw Tolerance in
Lap Shear Brazed Joints - Part 1
by Y. Flom, NASA-Goddard Space Flight Center; and L. Wang,
SWALES Aerospace
Session BS2: Brazing Research and Applications
XX.
Brazing of Embossed
Micro-Heat-Exchangers
by J. U. Mueller and K. J. Matthes, Chemnitz University of
Technology; H. Letsch, ZEBRAS e.V.; and S. Meyer, none
YY.
Prediction of Brazed
Joint Formation for Aluminum Compact Heat Exchanger Applications
by D. P. Sekulic, F. Gao, and H. Zhao, University of Kentucky;
and B. Zellmer, none
ZZ.
Automated Flame
Brazing of Multi-Joint Assemblies
by S. A. Urban, Fusion, Inc.
Industrial Technology Sessions
Session IT1: Welding Applications
AAA.
Development of
Gadolinium-Alloyed Nickel Based Materials for Spent Nuclear Fuel Storage and
Disposal
by J. N. DuPont, Lehigh Uniervisty; C. V. Robino, Sandia
National Laboratories; R. A. Mizia, Idaho National Engineering &
Environmental Lab; and J. R. Michael, J. J. Stephens, and D. B. Williams, none
BBB.
A Fully Automatic
Adaptive Pressure Vessel Welding System
by H. S. Moon, Hyundai Heavy Industry Co. Ltd.; and R. Beattie,
Integrated Sensor Systems, Ltd.
CCC.
Development of
Production Technology for Thin-Plate Deckhouse Structures
by S. C. Park , Hyundai Heavy Industries Co., Ltd.
DDD.
Reducing Worker
Exposure to Welding Fume in Shipbuilding
by I. D. Harris and H. R. Castner, Edison Welding Institute;
and G. L. Franke, US Navy, Carderock Division
EEE.
A Study on Control
of Bending Distortion by Induction Heating During Manufacturing of Built-up T
Bar
by S. B. Shin, D. J. Lee, S. Y. Kim, and I. W. Park, Hyundai
Heavy Industries Co., Ltd.
Sponsored Sessions
Session SP1: Titanium Alloys
FFF.
Development of
Flux-Cored Arc Welding Electrodes for Titanium Alloys
by F. Perez and S. Liu, Colorado School of Mines; and M. E.
Wells , Naval Surface Warfare Center - Carderock Division
GGG.
Mechanical
Properties of Titanium Alloy Ti-5111 Welds
by M. Wells , E. Czyryca, and C. Roe, Naval Surface Warfare
Center
HHH.
Effect of Structural
Conditions on Fatigue Performance of Ti-6Al-4V Welds
by W. Mohr and J. Lawmon, Edison Welding Institute; and S.
Luckowski and D. Wong, US Army ARDEC
III.
Development of a
Robotic GMAW Workcell for Fabrication of Ti6Al-4V Machine Gun Receivers
by S. Luckowski and M. Hummers, Armament Research Development
and Engineering Center; and J. Indano, none
JJJ.
Application and
Welding of Titanium for Army Ground Combat Systems
by B. Roopchand, Armament Research Development and Engineering
Center
Session SP2: Friction Stir Welding
KKK.
Microstructural and
Mechanical Property Evaluation of DH-36 and 304L Friction Stir Welds
by M. Posada and J. J. DeLoach, Naval Surface Warfare
Center-Carderock Division; A. P. Reynolds, University of South Carolina; and J.
P. Halpin and M. Skinner, MTS Systems Corporation
LLL.
Friction Stir
Welding of Structural Materials for Naval Combatants
by P. J. Konkol, K. Colligan, J. J. Fisher , and J. P. Pickens,
Concurrent Technologies Corporation
MMM.
Characterization and
Modeling of Friction Stir Welds in Al 2519-T87
by R. W. Fonda and S. G. Lambrakos , Naval Research Library
NNN.
Friction Stir
Welding of the Advanced Amphibious Assault Vehicle
by T. Trapp and T. Stotler, Edison Welding Institute
Session SP3: New Developments
OOO.
Hybrid Weld
Development for Ship Structural Components
by P. E. Denney, L. E. Brown, and P. M. Fallara, Edison Welding
Institute
PPP.
Development and
Application of Flux Assisted Gas Tungsten Arc Welding on Aerospace Components
by T. Trapp, Edison Welding Institute; E. Helder, GE Aircraft
Engines; and G. Krause, Rolls-Royce Corp.
QQQ.
Explosion Bulge
Performance of High Strength Steel Undermatched Weldments
by G. L. Franke, Naval Surface Warfare Center, Carderock
Division
RRR.
Flux-Assisted GTAW
of Superaustenitic Stainless Steel
by J. L. Kalp and M. E. Wells, Naval Surface Warfare
Center-Carderock Division
SSS.
New Weld Metal
Compositions Based on a Neural Network Analysis of HSLA Weld Wire
by E. A. Metzbower, Naval Research Laboratory; J. J. DeLoach,
Naval Surface Warfare Center-Carderock Division; H. K. D H. Bhadeshia,
University of Cambridge; and S. H. Lalam, none
Abstracts Home | 2002 Author Index