1A Melting Rate Analysis of the VP-GMAW Process
by D. D. Harwig and J. Dierksheide, Edison Welding Institute; and D. Yapp and S. Blackman, Cranfield University
1B Assessing the Effects of GMAW-P Parameters on Arc Power and Weld Heat Input
by A. Joseph and D. D. Harwig, Edison Welding Institute; and D. Farson and R. Richardson, The Ohio State University
2A Characterization and Kinetics of the Interfacial Reactions in Solder Joints of Tin-Based Solder Alloys on Copper Substrates
by J. C. Madeni and S. Liu, Colorado School of Mines; and T. Siewert, National Institute of Standards & Technology
2B Application of Magnetic Pulse Welding for Dissimilar Aluminum-Copper Joints
by M. Marya, Colorado School of Mines; and S. Marya, Ecole Centrace Nantes
2C The Influence of Gases in Arc Welding of Magnesium
by M. Marya and G. R. Edwards, Colorado School of Mines
2D Parametric Study in Laser Roll Bonding of Low Carbon Steel and Aluminum Alloy
by M. Kutsuna, M. Rathod, and A. H Azar, Nagoya University Dept. of Materials Processing
2E Thermal Fatigue Study of the Weld Cladding Material
by O. J. Sarria Hernandez and N. Guedes de Alcantara, Center for Characterization and Development of Materials
3A The Effect of Laser Welding Parameters on Pitting Corrosion Behavior of AL-6XN Superaustenitic Stainless Steel
by M. Qian and J. N. DuPont, Lehigh University
3B Laser Weld Keyhole Dynamics and Control
by D. Farson and M. H. Cho, Ohio State University
3D Weld Pool Geometry & Alloys Element Vaporization During Laser Spot Welding of 304 Stainless Steel
by X. He, Pennsylvania State University; and P. W. Fuerschbach, Sandia National Laboratories
4A Weldability Analysis of Spot Welding on Aluminum Alloys Using FEM
by S. M. Patel and A. V. Gohil, SS Engineering College
4B Liquidation Cracking in Full-Penetration Welds of 2219 and 2024 Aluminum Alloys
by C. Huang and S. Kou, University of Wisconsin-Madison
4C Liquidation Cracking in Full-Penetration Welds of 6061 Aluminum Alloy
by C. Huang and S. Kou, University of Wisconsin-Madison
4D The Role of Iron in Determining the Ballistic and Corrosion Performance of Welded Aluminum 2519
by C. E. Cross, D. Gutscher, P. Chintalapati, and R. Martukanitz, Montana Tech
5A Austenite to Martensite Phase Transformation in 9 Cr 1 Mo Steel Weld Metal
by M. L. Santella, S. S. Babu, R. W. Swindeman, E. D. Sprecht, and G. E. Ice, Oak Ridge National Laboratory; and P. Zschack, University of Illinois at Urbana-Champaign
5B Effects of Manganese and Nickel on the Phase Stability of High Alloy Weld Metals
by F. Martinez, G. Edwards, and S. Liu, Colorado School of Mines
5C Microstructural Evolution During GTA Welding of 1005 Steel: Modeling and Mapping
by W. Zhang and T. DebRoy, Pennsylvania State University; and J. W. Elmer, Lawrence Livermore National Laboratory
5D Grain Growth in the Heat-Affected Zone of Ti-6Al-4V Welds
6A Properties of 3D Parts Built by RP Based on Welding
by Z. Jandric and R. Kovacevic, Southern Methodist University
6B A Novel Welding-Based Solid Freeform Fabrication Technology for Aluminum Alloys
by H. Wang and R. Kovacevic, Southern Methodist University
6C Direct Laser Deposition of Copper onto Steel
by R. Noecker and J. N. DuPont, Lehigh University
7A Mechanical Properties and Microstructure of C-Mn-Ni 1 Ferritic Metal Cored Wire All-Weld Metal
by H. Svoboda, Dpto Ingenieria Mecanica y Naval; M. Ramini de Rissone, Facultad Regional San Nicolas UTN; L. A. de Vedia, Instituto de Tecnologia Prof Jorge A Sabato; and E. S. Surian, Conarco Alabres y Soldaduras SA
7B Influence of Process Variables on ANSI/AWS A5.29-98 E81T5-Ni1 Flux Cored Wire All-Weld Metal Properties
by M. Ramini de Rissone and E. S. Surian, National Technological University; L. A. de Vedia, National University of San Martin; and H. Svoboda, National University of Buenos Aires
7C Investigation on Welding Fume Formation in FCAW under CO2
by G. Liberati and S. Liu, Colorado School of Mines; and P. Roualt, Air Liquide Welding
7D Solid vs. Tubular-Wire Electrode Welding of HPS Steels
by S. Nelson and Y. Adonyi, LeTourneau University
7E Flux-Cored-Wire TIG Welding
7F Evaluation of Commercial SMAW Electrodes in Fresh Water
by F. Perez and S. Liu, Colorado School of Mines; and A. Q. Bracarense and E. C. P. Pessoa, Federal University of Minas Gerais
8A Modeling of Heat Transfer and Fluid Flow for Transient Welding Conditions
by J. W. Elmer, Lawrence Livermore National Laboratory; and T. DebRoy, Pennsylvania State University
8B Experimental and Finite Element Study of Laser Cutting Induced Distortion in a Production Environment
by P. Dong and Y. Yang, Battelle Memorial Institute; and L. Chen, Caterpillar Inc.
8C Analysis of Welding Residual Stresses and Distortion in Large Fabricated Structures
by Z. Yang and X. L. Chen, Caterpillar Inc.; and T. Hong, Belcon Inc./Caterpillar Inc.
8D Thermo-Mechanical-Metallurgical Modeling of Cracking
by J. W. Park and S. S. Babu, Oak Ridge National Laboratory
8E Weld Residual Stresses and Crack Growth in Bimetallic Pipe Welds
by F. W. Brust, Y. P. Yang, and P. M. Scott, Battelle Memorial Institute
9A Liquid Metal Embrittlement in Resistance Spot Welds of AHSS Steels
by C. Jiang, A.E.T. Integration, Inc.; A. K. Thompson, U.S. Steel, Automotive Center; and S. Agashe, J. Zhang, and H. Zhang, University of Toledo
9B The Effect of Electrode Degradation of Nugget Microstructures in Resistance Spot Welding of Aluminum Alloys
by S. Fukmoto and E. Biro, University of Waterloo
9C Determination of RSW Electrode Degradation through Image Processing
by J. Peng, University of Waterloo; and L. Brown, University of Western Ontario
10B Friction Stir Welding of DH-36 Steel
by T. Lienert, Los Alamos National Laboratory; J. A. Hogeboom, University of South Carolina; and L. Kvidahl, Northrup Frumman Ship Systems
10C Friction Stir Welding of Aluminum Metal Matrix Composites
by D. Storjohann, South Dakota School of Mines and Technology; and S. S. Babu, S. A. David, and P. Sklad, Oak Ridge National Laboratory
10D Friction Stir Welding of Stainless Steel and Nickel Base Alloys
by R. J. Steel, MegaStir Technologies; and T. W. Nelson, Brigham Young University
11A Analytical Practice for Weld Metal Property Predictions
by D. L. Olson, S. Liu, and Y. D. Park, Colorado School of Mines; and E. A. Metzhower, U.S. Naval Research Laboratory
11B Fatigue Performance of GMAW Welded Joint Using Hot Rolled Dual Phase Steels
by C. Jiang, A.E.T. Integration, Inc.; and J. Chiang, Ford Motor Company
11C The Effect of Torch Angle on the Heat Transfer, Fluid Flow During GTAW
by Y. Fan and T. DebRoy, Pennsylvania State University
11D A New Look at Time-Temperature-Thickness Requirements for PWHT
by P. Dong, J. K. Hong, and Z. Cao, Battelle Memorial Institute
11E Welding Stainless Steel Piping with No Backing Gas
by C. W. Patrick, Fluor Corporation; and B. Messer, Fluor Canada, Ltd.
12A Problem Solving Environment for Integrated Weld Process-Microstructure Modeling
by S. S. Babu, M. S. Summers, and G. Sarma, Oak Ridge National Laboratory
12B Virtual Weld-Joint Design--A Systematic Modeling Approach for High Performance Welds
by Z. Yang, N. Chen, and H. W. Ludewig, Caterpillar Inc.
12C Analytical Thermal Solutions for Complex Welded Structures
by Z. Cao and F. W. Brust, Battelle Memorial Institute
12D The Evolution and Foundation of Modern Welding Design
by O. Blodgett, Lincoln Electric Company
12E Applications of Advanced Weld Modeling Technology in Structure Design and Manufacture
by Y. Yang, F. W. Brust, and Z. Cao, Battelle Memorial Institute
13A In-Situ Observations of Phase Transformations in Ti-6Al-4V Alloy Welds using Spatially Resolves X-ray Diffraction
by J. Elmer, T. Palmer, and J. Wang, Lawrence Livermore National Laboratory; and S. S. Babu, Oak Ridge National Laboratory
13B Weld Solidification of Superaustenitic Stainless Steels and Ni-Base Alloys for Marine Environment Applications
by M. Perricone and J. N. DuPont, Lehigh University
13C In-Situ Observations of Weld Solidification in Fe-C-Al-Mn steels
by S. S. Babu, Oak Ridge National Laboratory; and J. W. Elmer, Lawrence Livermore National Laboratory
13D Direct Calculation of Ferrite Number from Thermodynamic and Kinetic Models
by J. M. Vitek and S. S. Babu, Oak Ridge National Laboratory; and T. Koseki, Nippon Steel Corporation
13E Time Resolved X-Ray Diffraction Observations of Ferrite/Austenite Transformations in the Fusion and Heat Affected Zones of 2205 Duplex Stainless Steel Spot Welds
by T. A. Palmer, J. W. Elmer, and J. Wong, Lawrence Livermore National Laboratory; and S. S. Babu, Oak Ridge National Laboratory
14A Development of Vision-Based Robotic Welding for Out-of-Position Welding
by J. P. H. Steel, T. Vincent, and C. Debrunner, Colorado School of Mines
14B Trackless Movement and Full Penetration Arc Welding
by S. B. Zhang, SB Wise Welder Co.; and D. Sun, Tiangin University PR China
14C Weld Deposit Variations of Controlled and Non-Controlled Short Circuit Metal Transfer
by R. Hutchison and S. Moran, Miller Electric Mfg. Co.
14D Nonlinear Robust Control for PAW Under Unknown Speed and Thickness
by W. Lu, W. Y. Lin, and Y. Zhang, CRMS University of Kentucky
14E Guided Gas Tungsten Arc Welding Process
by Y. Zhang, CRMS University of Kentucky; and L. Yuchi, University of Kentucky
15A Solidification Cracking Mechanisms in Low Alloy Steel Welds
by V. Shankar, Indira Gandhi Centre for Atomic Research; and J. H. Devletian, Portland State University
15B Effect of Boron and Zirconium on the Resistance of Alloy N07214 to Strain Age Cracking
by M. Rowe, Haynes International Inc.
15C Ductility Dip Cracking of Ni-Base Filler Metals--Insight into the Mechanism
by A. J. Ramirez and J. C. Lippold, Ohio State University
15D Evaluation of Hot Cracking in Austenitic Stainless Steel Welds
by V. Shankar and S. L. Mannan, Indira Gandhi Centre for Atomic Research
16A Accelerated Deposition Rates With AC High Deposition Tubular Wire
by P. J. Nicklas, ITW Hobart Brothers
16B Gas Metal Arc Pulse Robotic Welding of a Titanium Vehicle for the U.S. Army
by S. Luckowski and M. Hummers, U.S. Army ARDEC
16C Materials Used to fabricate or Repair Heavy Duty Industrial Fan Rotors
by L. Schweinegruber, Robinson Ind. Inc.
16D Laser Hybrid Process at Volkswagen/Germany
by F. Dietachimair and G. Blum, Fronius USA LLC
SP1A Repair Techniques for Fusion Reactor Applications
by M. H. Tosten, S. L. West, and W. R. Kanne, Jr., Savannah River Technology Center
SP1B Bobbin-Tool Friction Stir Welding of Thick-Walled Aluminum Alloy Pressure Vessels
by E. Dalder, E. Kokko, and J. Pastrnak, Lawrence Livermore National Laboratory; and J. Engel, R. S. Forrest, K. McTernan, and D. Waldron, Advanced Joining Technologies, Inc.
SP1C Hot Ductility of Laser Deposited Alloy 690
by P. W. Hochanadel, M. J. Cola, V. R. Davé, G. K. Lewis, K. Lao, V. D. Vargas, and A. M. Kelly, Los Alamos National Laboratory
SP2A Mechanistic Modeling of Porosity in 3013 Outer Container Welding (U)
by G. R. Cannell and W. L. Daugherty, Savannah River Technology Center
SP2B Solidification Velocity and Vapor Recoil Force measurement in Laser Spot Welds
by A. C. Hall, R. A. Roach, and G. A. Knorovsky, Sandia National Laboratories
SP2C Validating a Solid-State Resistance Weld Model Using the Gleeble 3500
by D. O. MacCallum, G. A. Knorovsky, P. S. Duran, A. R. Ortega, B. R. Antoun, and J W. Foulk III, Sandia National Laboratories
SP2D High-Speed, High-Resolution Imaging of Crack Formation in the Varestraint Test
by C. V. Robino, A. C. Hall, and G. A. Knorovsky, Sandia National Laboratories
CL1A What Exactly Welding Engineering Technologist Do?
by D. Watkins, Utah State University
CL1B Undergraduate Education and Applied Research in Welding Engineering
by S. Nelson, LeTourneau University
CL1C Undergraduate Research in Welding Engineering at OSU
by N. Ames, The Ohio State University
CL1D Why Do a Graduate Degree in a Metallurgical and Materials Engineering Department?
by J. A. Major and S. Liu, Colorado School of Mines
CL1E Seven `Truths' That Will Shape the Future of Welding and Joining Education
SPA1 Hydroforming of Tube to Tubesheet Joints
by Sean Williamson, North Harris College (Sponsored by Ron Theiss, Instructor)
SPA2 Coltan
by David McCombs, North Harris College (Sponsored by Ron Theiss, Instructor)
SPA3 Microbiologically Induced Corrosion
by Heather Vester, North Harris College (Sponsored by Ron Theiss, Instructor)
SPA4 Zinc Aluminum 12
by Keith Sayles, North Harris College (Sponsored by Ron Theiss, Instructor)
SPA5 Fatigue Failure and Improvement In Welded Structures
by Jacob Ladipo, North Harris College (Sponsored by Ron Theiss, Instructor)
by Tommy Fuchs, North Harris College (Sponsored by Ron Theiss, Instructor)
SPA7 Influence of PWHT on Steel Hardness
by Chau Hoang, North Harris College (Sponsored by Ron Theiss, Instructor)
SPB1 Torch Brazing for Marine Mechanical Corporation
by Dongkeun Yi, The Ohio State University (Sponsored by Chon L. Tsai, Instructor)
SPB1 Torch Brazing for Marine Mechanical Corporation
by Brad Martensen, The Ohio State University (Sponsored by Chon L. Tsai, Instructor)
SPB2 Honda Ultrasonic Test Evaluation
by Nancy Kwon, Martin Kaffenbarger, Bob Weiler, and Robert Huff, The Ohio State University (Sponsored by Stan Rohklin, Instructor)
SPB3 GMAW End Weld Parameter Development fo HF-ERW Tube Manufacturing Process
by Mike Lantz, Stacy Maag, and Jason Miller, The Ohio State University (Sponsored by Charles Albright, Instructor)
SPB4 Shielding Gas Comparison For Spray and Short Circuit Transfer Modes
by Jarrod Bichon, Matt Schrift, Josh Holtsberry, and Jeff Hixon, The Ohio State University (Sponsored by Richard Richardson, Instructor)
SPB5 Effect of Pulsing Variables on Weld Bead Shape
by Katie Sneary, Brian Baughman, and Jeff Zook, The Ohio State University (Sponsored by Dave Farson, Instructor)
SPB6 Robust Welding Parameter Development for Narrow Gap Tandem GMAW
by Timothy L. Jerew, William J. Dawson, and Joshua D. Fielding, The Ohio State University (Sponsored by Richard Richardson, Instructor)
SPB7 Effect of Hold Temperature on the Liquid Solder (SnBiZn)/Metallisation (Cu) Interfacial Reaction
by Miss Lee Shuh Yi, SIMTech/University of Singapore (Sponsored by Andrew Spowage, Instructor)
SPB8 Optimization for the Repair of Worn Aircraft Engine Components
by Elaine Lee, National University of Singapore (Sponsored by Dr. A. Shacklock, Instructor)
SPB9 Effects of Purging Gas Oxygen Levels on GTA Welded 304 Sanitary Stainless Tube
by Timothy Davis, Utah State University (Sponsored by Leijun Li/Mark Baugh, Instructor)s.
SPC1 Tensile Ductility of HPS70W
by Steven Ahstadt, University of Minnesota (Sponsored by Robert Dexter, Instructor)
SPC2 Numerical Simulation of Gas Metal Arc Welding Process
by Fang Wang, The University of Michigan (Sponsored by S. Jack Hu, Instructor)
SPC3 Development of Novel Solidification Cracking Susceptibility Test
by Daniel Ryan, The Ohio State University (Sponsored by John Lippold, Instructor)
SPC4 Improving GTA Weld Penetrations in Aluminium Alloys Through Silica Applications
by Guillaume Ruckert, École Centrale NANTES (Sponsored by Surandar K. Marya, Instructor)
SPC4 Improving GTA Weld Penetrations in Aluminium Alloys Through Silica Applications
by Stephane Sire, Ecole Normale Superieure de Cachan (Sponsored by Surandar K. Marya, Instructor)
SPC5 Gleeble Simulation for Ranking Postweld heat Treatment Cracking Susceptibility
by Seth Norton, The Ohio State University (Sponsored by John Lippold, Instructor)
SPC6 Comparison of Strain-to-Fracture and Hot Ductility Tests for Evaluating DDC
by Nathan Nissley, The Ohio State University (Sponsored by John Lippold, Instructor)
SPC7 Modulated Laser Welding Processes
by Mr. Min Hyun Cho, The Ohio State University (Sponsored by Dave Farson, Instructor)
SPC8 Using Roll Welding and Reaction Annealing to Process Sheet Materials
by Gajanan Chaudhari, The University of Alabama (Sponsored by Viola L. Acoff, Instructor)
SPC9 Prediction and Verification of TA Welds in Gamma Titanium Aluminide
by Kirtikumar Bisen, The University of Alabama (Sponsored by Viola L. Acoff, Instructor)
SPC10 Hot Cracking Susceptibility of 309 Filler Metal with Trace Elements
by Ms. Hsiu-Ching Hsu, National Chung Hsing University (Sponsored by Weite Wu, Instructor)
SPC11 Self-Shielded Flux Cored Arc Weld Metal Characterization--Part I
by Jeff Major, Colorado School of Mines (Sponsored by Stephen Liu, Instructor); and Marie Quintana and Craig Dallam, The Lincoln Electric Company
SPC12 Self-Shielded Flux Cored Arc Weld Metal Characterization--Part II
by Jeff Major, Colorado School of Mines (Sponsored by Stephen Liu, Instructor); and Marie Quintana and Craig Dallam, The Lincoln Electric Company
SPC13 Monitoring Nugget Size of Small Scale Resistance Spot Welding
by John Chen, The Ohio State University (Sponsored by Dave Farson, Instructor)
P1 Tensile Testing of Leaded and Lead-Free Solders Using Sub-Sized Specimens
by Yair Rosenthal and T. P. Quinn, National Institute of Standards & Technology
P2 Significance of Parameter Monitoring in Activating Flux GTA Welding
by Z. Sun and D. Pan, Singapore Institute of Manufacturing Technology
P3 Welding Duplex Stainless Steel with a Plasma + GTA Dual Torch Technique
by Z. Sun and D. Pan, Singapore Institute of Manufacturing Technology
P4 Weld Repair of Dome of the U.S. Capitol
by T. A. Siewert and C. N. McCowan, National Institute of Standards & Technology; R. A. Bushey, J. Doherty, and T. Christ, ESAB Welding & Cutting Products; D. J. Kotecki, The Lincoln Electric Company; L. W. Myers, Jr., Consultant; E. Hinshaw and S. Kiser, Special Metals, Inc.; and K. Hildebrand, Office of the Architect of the Capitol
P5 Microstructure Development during the Friction Stir Welding of Ti-6Al-4V
by A. J. Ramirez and M. C. Juhas, The Ohio State University
P6 An Automated Welding Station for Aircraft Engine Component Repair
by Dr. Andrew Shacklock, Singapore Institute of Manufacturing Technology
P7 Explosive Consolidation and Jacketing of tungsten-Based Materials at Elevated Temperatures
by Dr. Laslo Kecskes, US Army Research Laboratory
P8 Non-Destructive Evaluation of Intertia Friction Welds: An Investigation into Feature Descriptors
by D. A. Hartman, V. R. Dave and M. J. Cola, Los Alamos National Laboratory
P9 Overcoming the Limitations of a Single-Point Sensing Technique for Monitoring Weld Pool Oscillations
by D. A. Hartman, D. R. DeLapp, R. W. Carpenter, V. R. Dave, M. J. Cola, and M. S. Piltch, Los Alamos National Laboratory; and G. E. Cook and R. J. Barnett, Vanderbilt University
P10 Magnetic Pulse Welding of Aluminum to Steel
by Dr. Victor Shribman, Yuri Livshitz, and Oren Gafri, Pulsar, Ltd.; and Adin Stern and Ben Gurion, University of the Negev