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The use of floating bipolar electrodes in electrowinning cells of copperconstitutes a nonconventional technology that promises economic and operationalimpacts. This thesis presents a computational tool for the simulation andanalysis of such electrochemical cells. A new model is developed for floatingelectrodes and a method of finite difference is used to obtain thethreedimensional distribution of the potential and the field of current densityinside the cell. The analysis of the results is based on a technique for theinteractive visualization of three-dimensional vectorial fields as lines offlow.

Aplicacion Grafica para el estudio de un Modelo de Celda Electrolitica usando Tecnicas de Visualizacion de Campos Vectoriales