M. Dupuis, D. Richard
This study investigates the thermal loading effects on the mechanical deformation of high amperage Hall-Heroult cell potshells, in the context of aluminum production. Despite previous assertions that thermal balance does not limit cell size, current designs incorporate forced-air sidewall cooling systems to enhance efficiency. The objective is to analyze and assess how the integration of cooling fins or a forced-air cooling mechanism impacts the thermal behavior of these cells. Applying a detailed methodology, the researchers examined varying configurations and the resultant mechanical responses under thermal stresses. Findings reveal that the addition of cooling aids significantly mitigates deformation, presenting a compelling case for their implementation in modern cell designs. This research contributes valuable insights into improving the operational reliability and efficiency of high amperage Hall-Heroult cells, which are critical for advancing aluminum smelting technologies.
@article{46e0f105-b5da-4fd7-919a-1d64dd9bb98c,
title={Study of the thermally-induced shell deformation of high amperage Hall-Heroult cells},
author={M. Dupuis and D. Richard},
year={2005},
language={en}
}TY - JOUR TI - Study of the thermally-induced shell deformation of high amperage Hall-Heroult cells AU - M. Dupuis AU - D. Richard PY - 2005 LA - en ER -
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