Add to ORKGThispaperintroducesanumericalmodelofanelectromagnetic rotary stirrer based on the finite-element model.Such stirrers are used to improve the quality of continuously cast steel, particularly billets and blooms. The method determines the magnetic flux density profile and compares it to experimental measurements. In addition, it calculates the Lorentz force field as a function of the stirrer position, the current applied, and the frequency. The stirrer position at the end of the mold affects the profile symmetry of the force, creating a component of the force.With this model, it will be possible to simulate the fluid dynamics effects in the molten steel
DoctorMolten steel flow in a mold of a continuous caster can control the meniscus temperature at pos...
The paper presents an attempt of modelling liquid steel motion triggered off by electromagnetic stir...
A numerical simulation was performed for a novel electromagnetic stirring system employing two rotat...
Thispaperintroducesanumericalmodelofanelectromagnetic rotary stirrer based on the finite-element mod...
Electromagnetic stirrer generates swirling fluid flow, boosts the mixing of molten steel near the so...
A recent three-dimensional (3D) model that revisited earlier theoretical work for longitudinal elect...
More than 95 % of crude steel is nowadays processed by Continuous Casting (CC) [1]. To further advan...
The purpose of this paper is a multiphysics simulation of 3D temperature and velocity fields in con...
Electromagnetic stirring (EMS) of metallic alloys is mainly used to refine the grain structure of ca...
A 3D mathematical model was developed to simulate the electromagnetic field in Φ600 mm round bl...
Design and optimization of stirrers are complex activities for two main reasons: there is no standar...
In the current study, a 260 mm × 300 mm bloom mould was investigated, on which a method combining fi...
In continuously cast steel, when electromagnetic stirring inside the cast product, an alternating ma...
grantor: University of TorontoElectromagnetic stirring is employed to improve the quality ...
Introduction. The finite element method for modelling of electromagnetic forces (EMF) distribution i...
DoctorMolten steel flow in a mold of a continuous caster can control the meniscus temperature at pos...
The paper presents an attempt of modelling liquid steel motion triggered off by electromagnetic stir...
A numerical simulation was performed for a novel electromagnetic stirring system employing two rotat...
Thispaperintroducesanumericalmodelofanelectromagnetic rotary stirrer based on the finite-element mod...
Electromagnetic stirrer generates swirling fluid flow, boosts the mixing of molten steel near the so...
A recent three-dimensional (3D) model that revisited earlier theoretical work for longitudinal elect...
More than 95 % of crude steel is nowadays processed by Continuous Casting (CC) [1]. To further advan...
The purpose of this paper is a multiphysics simulation of 3D temperature and velocity fields in con...
Electromagnetic stirring (EMS) of metallic alloys is mainly used to refine the grain structure of ca...
A 3D mathematical model was developed to simulate the electromagnetic field in Φ600 mm round bl...
Design and optimization of stirrers are complex activities for two main reasons: there is no standar...
In the current study, a 260 mm × 300 mm bloom mould was investigated, on which a method combining fi...
In continuously cast steel, when electromagnetic stirring inside the cast product, an alternating ma...
grantor: University of TorontoElectromagnetic stirring is employed to improve the quality ...
Introduction. The finite element method for modelling of electromagnetic forces (EMF) distribution i...
DoctorMolten steel flow in a mold of a continuous caster can control the meniscus temperature at pos...
The paper presents an attempt of modelling liquid steel motion triggered off by electromagnetic stir...
A numerical simulation was performed for a novel electromagnetic stirring system employing two rotat...