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The development of pulse plating techniques entails a complex understanding of electrochemical properties and field distribution, necessitating precise numerical simulations to assess current distribution and potential fields in various electrolyte systems. This study aims to correlate experimental data with numerical simulations focused on the Watts Nickel plating on steel. The methodology employed involves stepwise analysis to calculate the effect of individual pulses within a plating sequence while accounting for changes in substrate surface and geometry after each step. The results demonstrate excellent conformity between the numerical simulations and experimental findings, establishing the effectiveness of simulation tools in developing and optimizing pulse plating processes. The study highlights the critical role of systematic simulation in enhancing the reliability and efficiency of pulse plating applications across various industries. Ultimately, it underscores the potential for mathematical algorithms to improve shape alteration considerations, further advancing the pulse plating field.
@article{71133ed1-199a-40b1-9e7e-44d5a98bcf2f,
title={Comparison of simulated pulse plating processes to practical experiments},
author={S. Hansal and L. Linauer},
year={2009},
language={en}
}TY - JOUR TI - Comparison of simulated pulse plating processes to practical experiments AU - S. Hansal AU - L. Linauer PY - 2009 LA - en ER -
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