ArcelorMittal Simulates the Welding Process for Automotive Frame Joints
Sadok Gaied, ArcelorMittal, France
Philippe Le Masson, Mickael Courtois, Muriel Carin, Université Bretagne Sud, France
Dozens of safety features in modern automobiles help reduce risk while driving, but regardless of their complexity, the most important obstacle between passengers and other cars is the frame. Safety standards require certain strengths for car frames, and much of this strength comes from the joints. Poor weld quality can lead to unnaturally high stresses and diminish the strength of a frame. ArcelorMittal, a high-quality steel manufacturer, is working to optimize their welding process to ensure proper performance and stability of their joints. They created a multiphysics model that determines optimal operating conditions for the production of defect-free joints.
Suggested Stories
Innovative Thermal Insulation Techniques Bring Vaccines to the Developing World
When medical professionals transport vaccines, their cargo needs to be kept at a cool temperature. This limits their ...
Fine-Tuning the Factory: A Simulation App Helps Optimize an Additive Manufacturing Facility
Britain's Manufacturing Technology Centre, along with partners in the aerospace sector, has built an on-site powder ...
Multiphysics Simulation Helps Miele to Optimize Induction Stove Designs
The induction stove was designed to meet a consumer need for better precision and speed than traditional stoves. ...
Optimizing Passenger Vehicle Design with Simulation Apps
The fast-paced passenger vehicle design process at Mahindra, a multinational automotive manufacturer, demands ...
