What are the benefits of an electromagnetic stirrer and crane wheel?
Electromagnetic stirring (EMS) is a process that generates a variable electromagnetic field to modify the motion of conductive fluid. A magnetic field is created by a stirrer that may rotate, causing the fluid to rotate around the casting axis. It can also be linear and move fluid along the walls. EMS is often used in metallurgy and especially in continuous casting for the many benefits it offers in terms of the quality of the final part. Our software is dedicated to constant casting, metal casting, and casting processes.
Why simulate
electromagnetic stirring?
The position of
the electromagnetic
stirrer or the strength of the magnetic field produced is a
parameter that is difficult to configure for accurate results. Therefore,
simulations simplify the prototyping process and control the process more
quickly, at the same time limiting the cost of poor quality.
- Determine the shape and
position of the agitator and its components.
- Configure current intensity,
frequency, and phase shift values.
- Metal flow control
- Predict the location and
progress of defects and discrimination.
- Look at the Lorenz force field.
- Test various process or
material configurations
What is a crane wheel?
When looking at the large overhead cranes working and working above. Most of us will forget that the gross weight is loaded and pressed on the small crane wheel at the bottom of each crane assembly. The quality of the crane wheel will significantly affect the crane. Wheels are used to carry the load and capacity of the crane and trolley while moving and traveling.
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