Recent Developments in Welding of Transportation and Energy Materials

The increasing demands for material performance and welding productivity have driven new advances in welding process and filler materials. This presentation will showcase some of the main research directions and results that relate to welding of automotive materials and the energy sector such as pipelines and nuclear materials in the past year. For example, the use of laser welding to join advance high strength steels with low melting point braze materials has allowed excellent surface finish to be achieved in thin sheet joints. Also, the use of wobble laser welding was shown to improve alloy mixing in thick section joints. Future research directions will also be discussed as they relate to the nuclear energy sector.

Adrian P. Gerlich, Professor, University of Waterloo
Presented at: CanWeld Conference 2024

CanWeld 2024

Revolutionizing Welding Excellence: Automated Technologies and Intelligent Fume Extraction Systems

Automated Welding Technologies play a pivotal role in elevating the precision, safety, and environmental sustainability of welding processes.

Polarity, Pulsing, Gas, and Fluxes in the Welding Arc

This presentation will discuss the deposition rate, and penetration in arc welding.

New approaches to control welding fumes at their source: in the arc

Research – Regulation – Business - Sustainability

Mathematical Model of Friction Stir Welding

Scaling Analysis of Heat Transfer and Plastic Deformation Phenomena

Presentations

Welding Steel Before and After Galvanizing (Best Practices & Recommendations)

The welding of steel prior to or after galvanization is common, both are compatible with the objective of providing excellent corrosion protection.

CWB NDT Personnel Certification

Presented by Patrick Ho (CWB Group) during Welding Industry Day- February 12th, 2025

Essential Considerations in Selecting Filler Metals for 1/4" - 1/2” Joints

Presented by Matt Underwood (Hobart Brothers) during Welding Industry Day- February 12th, 2025