N. Grundy
SMS Concast, Switzerland
The process of continuous casting has transformed steel production, saving valuable resources while improving steel quality and process efficiency. Continuous casting involves carrying molten refined steel to a caster. There, water-cooled copper molds are used to form steel strands that are cut and then cooled. High-quality steel production requires minimizing the presence of non-metals in the steel, improving the microstructure, and maintaining even composition by reducing the segregation of alloying elements. Engineers at SMS Concast, a Switzerland-based company specializing in continuous casting technology, have used COMSOL Multiphysics to model mechanical deformations, the fluid motion present as molten steel flows into the molds, and the cooling process. Using their simulations, they have studied coupled physics that would be impossible to model otherwise – such as the heat transfer during initial solidification and the electromagnetic fields generated by stirring equipment.
Suggested Stories
Compressing the Timeline to a Fusion Future
General Fusion has successfully designed and optimized a fusion demonstration machine with the help of multiphysics ...
Accelerating Custom Capacitor Design with Simulation Apps
When a component is as ubiquitous as a capacitor, its design process needs to allow for a lot of customization. This ...
Floating on Sound Waves with Acoustic Levitation
As part of an industry that saves lives on a regular basis, pharmaceutical companies are in need of systems that can ...
Keynote: Solving Problems in the Food Processing Industry with Multiphysics Models
At Conagra Brands, Soon Kiat Lau and his team use multiphysics simulation to solve common challenges in the food ...
