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Authors
Advisor(s)
Abstract(s)
ABSTRACT: In order to implement the simulation of as thermal process in a computational fluid dynamics application, it is needed to know the thermal properties of the involved chemical species., namely the density, the specific heat, the dynamic viscosity and the thermal conductivity. The experimental determination of the thermal properties for the molten salts and for the S. Domingos Mines ore were performed by, respectively, Yara and UEvora. In Section 2, the determined thermal properties for both materials are presented; In Section 3, the thermal properties for the molten salts are assessed and adapted to the CFD application package; In Section 4, the same work is performed for the ore slurry; and in Section 5 some conclusions are disclosed.
Description
Keywords
Computational Fluid Dynamics Thermal properties Simulation
Citation
Azevedo, Pedro - NewSOL Project: Thermal properties. Internal Report on work developed by LNEG included in Subtask 5.1 “Thermocline concrete tank simulation” for partial fulfillment of deliverable D5.1 “System configuration for thermocline concrete tank”. LNEG, LEN-UER-2018-N07-IR, May, 2018, 13 pp.