International Conference on Joining of Advanced and Specialty Materials VII
Organizers:
C. Wang
Harbin Institute of Technology
Harbin, China Session 9: Microjoining II
D. J. Tillack
Tillack Metallurgical Consulting, Inc
Catlettsburg, KY Session 7: Joining and Repair for Engine Components
G. A. Knorovsky
Sandia National Laboratories
Albuquerque, NM Session 9: Microjoining II
J. P. Jung
University of Seoul
Seoul, South Korea Session 11: Pb-Free Solders II
J. Y. Kim
Pacific Northwest National Laboratory
Richland, WA Session 8: Joining for Fuel Cell Applications (Joint Session with Fuel Cells: Materials Processing & Manufacturing Technologies Symposium)
J. S. Hardy
Pacific Northwest National Laborotory
Richland, WA Session 8: Joining for Fuel Cell Applications (Joint Session with Fuel Cells: Materials Processing & Manufacturing Technologies Symposium)
J. DuPont
Lehigh University
Bethlehem, PA Session 7: Joining and Repair for Engine Components
K. S. Weil
Pacific Northwest National Laboratory
Richland, WA Session 2: Brazing
K. F. Kobayashi
Osaka University
Osaka, Japan Session 11: Pb-Free Solders II
L. Li
Utah State University
Logan, UT Session 10: Aspects of Fusion Welding
M. Powers
Agilent Technologies, Inc.
Santa Rosa, CA Session 6: Pb-Free Solders I
P. W. Hochanadel
Los Alamos National Laboratory
Los Alamos, NM Session 3: Tribute to Prof. Glen Edwards
P. C. Hall
Edison Welding Institute
Columbus, OH Session 4: Microjoining I
S. Katayama
Osaka University
Osaka, Japan Session 10: Aspects of Fusion Welding
T. J. Lienert
Los Alamos National Laboratory
Los Alamos, NM Session 1: Keynote Session
T. A. Palmer
The Pennsylvania State University
University Park, PA Session 5: Practical Aspects of Joining
V. L. Acoff
University of Alabama
Tuscaloosa, AL Session 5: Practical Aspects of Joining
Y. Zhou
University of Waterloo
Waterloo, ON, Canada Session 4: Microjoining I
The exciting advances in materials science involving the development of advanced and specialty materials have not been met with corresponding progress in the science and technology for joining these new materials. Joining is a critical and often-overlooked technology that dictates the success of components and devices produced across all industrial sectors. Consequently, continued advances in joining of advanced and specialty materials are mandatory for sustained success.
This program focuses mainly on recent developments in joining of advanced and specialty materials. Session topics include: Brazing, Joining for Fuel Cell Applications, Microjoining, Advances in Pb-Free Solders, Joining and Repair for Engine Components, and Aspects of Fusion Welding. A session on Practical Aspects of Joining, aimed at the interests of the practitioner, will also be offered. Participants and attendees will gain a deeper understanding of joining issues related to production of devices and components of current interest in several key industrial sectors.
