A case study on tundish fluid flow with electromagnetic stirring
Link do zdalnego zasobu
Dostęp z terminali w BG AGH
Data publikacji
Data publikacji (copyright)
Data prezentacji
Data obrony
Data nadania stopnia
Autorzy (rel.)
Inny tytuł
Typ zasobu:
artykułWersja
Sygnatura:
Nr normy / patentu
Szczegóły wydania / pracy
Redaktorzy (rel.)
Promotorzy (rel.)
Recenzenci (rel.)
Projekt
Tytuł:Dyscyplina
Słowa kluczowe
Computational Fluid Dynamics, tundish fluid flow, electromagnetic stirringDyscyplina (2011-2018)
Specjalność
Klasyfikacja MKP
Abstrakt
Tundish is a crucial component just before casting and plays a pivotal role in enhancing the cleanliness and overall homogeneity of the final steel composition. The paper deals with the development of an advanced Computational Fluid Dynamics (CFD) model, specifically focusing on the molten steel flow within the tundish to numerically support its further improvements. A noteworthy addition to the model is the consideration of an electromagnetic stirring device. This device significantly influences steel cleanliness and composition, thereby affecting the final properties of the formed metallic parts in subsequent processing stages. The current investigation presents a comprehensive analysis of flow patterns and stirring energy distributions in relation to active and dead zones within the tundish. Through the developed coupled electromagnetic/fluid dynamic model, the paper demonstrates the feasibility of optimizing mixing processes to control the properties of the final product.