Natterer Johannes

Ausbildung zum KFZ-Mechatroniker im Bereich System- u. Hochvolttechnik mit anschließender Meisterausbildung
Studium der Fahrzeugtechnik an der Universität Stuttgart (B.Sc.)
Studium des Maschinenwesens an der TU München (M.Sc.)
Spezialist Data Science & Data Analytics bei der BMW Group

Manuel Rubio Gomez; Johannes Natterer; Marco Fischer; Johannes Thielmann; Elia Zonta; Andreas Jossen: Statistical analysis for robust battery state estimation: Demonstrating ANOVA-driven feature selection with electrochemical impedance spectroscopy. Journal of Power Sources 672, 2026, 239526 mehr…
Mathias Rehm, Johannes Natterer, Josef Eizenhammer, Moritz Guenthner, Simon Kuecher, Can Korkmaz, Franz Roehrer, Andreas Jossen: How to determine the degradation modes of lithium-ion batteries with silicon–graphite blend electrodes. Journal of Power Sources 670, 2026, 239418 mehr…
Mathias Rehm, Julius Bahrke, Johannes Natterer, Leon Milutinovic, Franz Roehrer, Andreas Jossen: Aging of commercial sodium-ion batteries with layered oxides: how to measure and analyze it? EES Batteries, 2026 mehr…
Rubio Gomez, Manuel; Natterer, Johannes; Fischer, Marco; Thielmann, Johannes; Zonta, Elia; Jossen, Andreas: MATLAB code for analysis of variance (ANOVA) applied to electrochemical impedance spectroscopy (EIS) data, including an EIS dataset from four NCA 21700 cells with 9 SoC and 3 temperature levels. 2026, (anderer Eintrag) mehr…

Marco Fischer, Martin Johannes Brand, Alexander Karger, Manuel Rubio Gomez, Mathias Rehm, Johannes Natterer, Andreas Jossen: How degradation of lithium-ion batteries impacts capacity fade and resistance increase: A systematic, correlative analysis. Journal of Power Sources 656, 2025, 237921 mehr…
Rehm, Mathias; Bahrke, Julius; Natterer, Johannes; Milutinovic, Leon; Roehrer, Franz; Jossen, Andreas: Electrode-resolved OCP, Full-cell pOCV, Pulse-resistance Measurements, Impedance Spectroscopy and Long-term Aging Data of Commercial Sodium-ion 18650 Cells (NMF Cathode / Hard-carbon Anode). 2025, (anderer Eintrag) mehr…