X1021442246-00300-64025</DOCNO> Heat Transfer and Solidification in Copper and Brass Continuous Casting Heat Transfer and Solidification in Copper and Brass Continuous Casting 10.02.1999 Click here to start Table of Contents Heat Transfer and Solidification in Copper and Brass Continuous Casting Content of presentation Introduction Outokumpu Upcast process Srtucture of the mould Heat transfer and solidification Conduction Convection and radiation Convection Heat transfer and solidification Heat transfer and solidification Heat transfer and solidification Heat transfer is controlled by Heat transfer and solidification Heat transfer and solidification Enthalpy method Boundary conditions Aim of the study Mathematical models Mathematical models Mould model Rod model Material data model Material data model Results Validation Other examples Cooling element Concluding remarks Author: Kalle H rkki
(X1021442246-00300-64025</DOCNO> Heat Transfer and Solidification in Copper and Brass Continuous Casting Heat Transfer and Solidification in Copper and Brass Continuous Casting 10.02.1999 Click here; to start; Table of Contents Heat Transfer and Solidification in Copper and Brass Continuous Casting Content of presentation Introduction Outokumpu Upcast process Srtucture of the mould Heat transfer and solidification Conduction Convection and radiation Convection Heat transfer and solidification Heat transfer and solidification Heat transfer and solidification Heat transfer) (Brass; is controlled; by Heat transfer and solidification Heat transfer and solidification) (Mathematical models; Mathematical; models; Mould model Rod model Material data model Material data model Results Validation Other examples) (data model Material data model; [is] model Material [of]; Rod)
X1021442246-00300-64025</DOCNO> Heat Transfer and Solidification in Copper and Brass Continuous Casting Heat Transfer and Solidification in Copper and Brass Continuous Casting 10.02.1999 Click here Brass Mathematical models data model Material data model
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Table of Contents Heat Transfer and Solidification in Copper and Brass Continuous Casting Content of presentation Introduction Outokumpu Upcast process Srtucture of the mould Heat transfer and solidification Conduction Convection and radiation Convection Heat transfer and solidification Heat transfer and solidification Heat transfer and solidification Heat transfer
by Heat transfer and solidification Heat transfer and solidification
models Mould model Rod model Material data model Material data model Results Validation Other examples
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