SIMULATION PARTNER

siemenm

AUTOMOTIVE STEEL PARTNER

us steel 2

FASTENING PARTNER

rifast 2

LASER AUTOMATED SOLUTIONS PARTNER

Trumpf

SURFACE TREATMENT PARTNER

Plasmatreat

ADAPTIVE DFS PARTNER

Deprag

ALUMINUM EXTRUSION PARTNERS

HYDRO

ADHESIVE & SEALANTS PARTNER

Henkel

PARTNER

Semblex

CO-SPONSORS

www.RIMTechCenter.com Ferrobotics IMPRESSION Luxfer Magnesium Rolled Products TOX zoltek metals Steel Marketing Development Institute Atlas Copco GKN Altair

NETWORKING BREAK SPONSORS

UACJ Luna Hycal Lord Neuman Aluminium stanley

Dr. Glenn Daehn

Mars G. Fontana Professor Of Metallurgical Engineering, Executive Director

Honda-OSU Partnership Program

Glenn S. Daehn is a The Mars G. Fontana Professor in the Department of Materials Science and Engineering at The Ohio State University. He also is the Executive Director of the Honda-Ohio State Partnership Program. 

His research group has been actively developing electromagnetic metal forming technologies for the past 20 years and current applications are in the use of very high transient pressures for forming, joining, cutting and precision shape calibration in manufacturing processes.  He is one of the founding members and Chair of the International Impulse Forming Group.  He also has research interests in the high temperature creep deformation of solids, the reactive processing of ceramics to create ceramic-metal composites.  One long-term theme in his work is using unusual mechanics or reactions to open new paths to manufacturing processes. Daehn was named a National Young Investigator by NSF, was recipient of the Hardy Medal of TMS (1992), and named a Fellow of ASM in 2010.  Daehn's academic training includes a BS from Northwestern University (1983), and MS and PhD degrees from Stanford University (1987), all in Materials Science and Engineering. 

Professor Daehn has also been interested in engaging university assets to improve the local technical and economic environment. He has been engaged in promoting the development of materials science courses in high schools; he is the founding director of the Ohio Manufacturing Institute and a pillar leader in the National Network of Manufacturing Innovation's Institute on Lightweight Metals, LIFT. 

Dr Glenn Daehn
Group Discount

IN ASSOCIATION WITH

galm intelligence

OEM RATES

fdsgaergaegr

IN COLLABORATION WITH

oakridge

WHY THIS EVENT IS UNIQUE

The Largest Automotive OEM-Led Lightweight Materials, Structures And Manufacturing Summit Is Returning To COBO Center Detroit

Following global growth and expansion, GALM USA Detroit is returning with a brand new program on how to 'Implement Lightweighting Innovations & Optimize Multi-Material Architectures For EVs, Autonomous Vehicles & Next Gen ICEVs.

Summit participants will benefit from:

  • New agenda topics and themes researched with industry peers that fully reflect the evolution to a new generation of vehicles, including how the design and technical challenges posed by EVs in terms of costs and margins are being overcome.
  • A highly informative mix of practical in-depth technical sessions, case study-led presentations and forward looking panels featuring leading OEMs, supplier innovations, technical experts and engineering professionals
  • Technology innovation showcase comprising world leading providers of advanced materials, technologies, manufacturing solutions, BIWs and live demonstrations in the adjoining exhibition hall to ensure participants are fully up-to-speed on key industry developments and directions.
  • Unrivaled networking opportunities including lunches, coffee breaks and drinks reception that ensure an interactive, dynamic gathering for engineers from OEMs, leading suppliers and technology innovators on automotive structures and materials.
  • A unique holistic perspective offering practical insights and thought leadership on lightweighting covering advanced materials, body structures and related integration and optimisation issues, CAE and simulation tools and techniques, joining and testing technologies, coupled with best practices and business cases for implementing those advancements into existing production lines.

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