Host
Sponsors
Robotics & Automation Committee of CWS
Melted Welding & Equipments Committee of CWS
Editorial Board of Transactions on Intelligent Welding Manufacturing
Co-sponsors
Chinese Welding Society (CWS)
Chinese Mechanical Engineering Society (CMES)
Chinese Welding Association (CWA)
Shanghai Welding Society (SWS)
State Key Laboratory of AWJ，HIT
State Key Laboratory of APRNM，LUT
OMETBAM Laboratory，BIPT
Key Laboratory of LAWJT，DLUT
Shanghai Key Laboratory of MLPM (SJTU)
Prof. Shanben CHEN, Shanghai Jiao Tong University, PRC
Prof. Chen is a Senior member of IEEE; Chair of Robotics & Automation Committee of Chinese Welding Society (CWS); Deputy Secretary-General of Chinese Welding Society; Standing member of board of directors, CWS; and other academic positions.
As the Initiator, Program Chair and Executive General Chair, Prof. Shanben Chen successfully organized and presided over a series of International Conference on Robotic Welding, Intelligence and Automation (RWIA) Every four years from 2002, i.e, RWIA’2002, RWIA’2006, RWIA’2010, RWIA’2014 and IEEE ARSO’2016.
As the Initiator, Executive General Chair and Program Chair, Prof. Shanben Chen successfully organized and presided over a series of Chinse Conference on Robotic welding(CCRW) every two year from 1996, i.e., CCRW’1996, CCRW’1998, ……, so far to CCRW’ 2010, CCRW’2014 and CCRW’2016.
Prof. Chen’s research interests include intelligentized welding manufacturing, intelligentized technologies for welding robot, intelligent control of welding dynamical process, modeling and control of complex systems, robust control of uncertain systems, and relevant ranging in welding automation and advanced welding manufacturing.
Abstract: This paper presents some concepts on intelligentized welding manufacturing, such as the ideas of intelligentized welding manufacturing technology/sytems(IWMT/S), intelligentized robotic wleding technology/sytems(IRWT/S) and intelligentized welding manufacturing engineering (IWME), and investigates the framework and constitution of technologies and systems for intelligentized welding manufacturing. Furthermore, the paper also shows some new evolutions of research works in the IRWTL at SJTU on intelligentized welding manufacturing, which includes multi-information sensing and knowledge modeling of arc welding process; intelligent control methodology for welding dynamic process; intelligentized technologies for robotic welding and intelligentized autonomous welding robot system for the special environment. The author wishes to present a systematization of intending research framework and constitution on the IWMT/S in this paper. Some studies on intelligentized welding presented in this paper might introduce related essential research directions or fields of intelligentized technologies for modern welding manufacturing.