Submerged Arc Welding Considerations for Canadian Shipbuilding for Polar Conditions
Building ships for the Arctic requires more than strong welds—it requires welds that perform in extreme cold. Jennifer Peverelle discusses the challenges of one-sided submerged arc welding in Canadian shipbuilding, including weld quality, toughness, consumable selection, and regulatory requirements for polar-class vessels. Learn how welding parameters and process design can impact performance in demanding Arctic service conditions.
Jennifer Peverelle
R&D Engineering Manager
Lincoln Electric Canada
Welding Industry Day June 2026
Welding Industry Day June 2026
A Data Driven Approach to Improving Welding and Cutting Productivity
A Data-Driven Approach to Improving Welding and Cutting Productivity: Practical Strategies to Reduce Waste, Improve Efficiency, and Maximize Performance
CSA W47.1: 2025 Edition Changes
Understanding the Key Changes to CSA W47.1:2025
Flexible Automation in High-Mix Welding Applications
Flexible Automation in High-Mix Welding Applications: Practical Strategies for Scalable Manufacturing
High Deposition Subarc Through Resistive Heating
Boosting Productivity with High-Deposition Submerged Arc Welding Through Resistive Wire Heating
Industry contributor
Industry contributor
Industrial Applications of Handheld Laser Beam Welding for Military-Grade Aerospace Titanium and Nickel Based Alloy
Handheld Laser Beam Welding for Aerospace and High-Performance Alloys: Applications, Standards, and Qualification Requirements
Joining Steel Plates Edge to Edge at Below Melting Temperature
Revolutionizing Solid-State Welding: Joining Steel Plates Edge-to-Edge Below Melting Temperature
Protecting Welders, Protecting the Trade
Protecting Welder Health Through Awareness, Education, and Clean-Air Solutions
Reassessing Weld Repair Limits: Mechanical Performance of DH36 Steel Under Repeated Heat Cycles
Evaluating the Effects of Repeated Weld Repairs on DH36 Steel Performance and Structural Integrity
Presentations
Presentations
Microwelding of NiTi Alloys for Medical Device Applications
Microwelding of NiTi Alloys for Medical Device Applications: Advancing Dissimilar Metal Joining for Biomedical Devices
The Future of Plate Cutting is Here — Are You Ready?
The Future of Plate Cutting: Advancing Productivity and Precision with Fiber Laser Technology
Welders Health and Safety
Protecting Welders Through Effective Fume Extraction: Practical Solutions for Safer, Healthier Welding Environments
CWB Learning Resources Advancing Welding Education
Presented by Cody Vigeant (CWB Group) during Welding Industry Day- February 11th, 2026