Santos, Erick Torres Bispo dosGushiken, Jorge IssamuWasem, Luiz AugustoSilva, Carlos Antônio daSilva, Itavahn Alves daMansur, FilipeSeshadri, Varadarajan2012-08-022012-08-022011SANTOS, E. T. B. dos et al. Physical and mathematical modeling of transient thermal and liquid flow inside a blast furnace hearth during the tapping period. Iron & Steel Technology, v. 1, p. 69-80, 2011. DisponÃvel em: <http://steellibrary.com/BookContents/PR-PM0311-5%201%20View%20Abstract.pdf>. Acesso em: 02 ago. 2012.15470423http://www.repositorio.ufop.br/handle/123456789/1225The flow of metal inside the blast furnace crucible is important, and significant information has been missing from models of transient thermal and liquid flow during tapping. This work assesses the influence of deadman position, bed porosity distribution, productivity and draining hole length.en-USTappingBlowoutRefractory wearTransient effectsBlast furnacePhysical and mathematical modeling of transient thermal and liquid flow inside a blast furnace hearth during the tapping period.Artigo publicado em periodico