Modeling of fundamental electrochemical systems with partial differential equations; Development of material models for electrolytes and electrodes; Validation of the derived models using suitable experimental data; Systematic model simplification using asymptotic methods, e.g. derivation of effective boundary conditions, homogenization of microscopic models
Requirements:
Candidates with a PhD in mathematics, scientific computing, theoretical physics, or related fields, and published research contributions in peer-reviewed journals are sought. In-depth scientific experience in modeling electrochemical systems with partial differential equations as well as a high interest in applications of mathematics are expected
Text:
Research Assistant Position (f/m/d) - Thermodynamic Modeling and Analysis of Phase Transitions Modeling of fundamental electrochemical systems with partial differential equations; Development of material models for electrolytes and electrodes; Validation of the derived models using suitable experimental data; Systematic model simplification using asymptotic methods, e.g. derivation of effective boundary conditions, homogenization of microscopic models Candidates with a PhD in mathematics, scientific computing, theoretical physics, or related fields, and published research contributions in peer-reviewed journals are sought. In-depth scientific experience in modeling electrochemical systems with partial differential equations as well as a high interest in applications of mathematics are expected
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