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Influence of Electric Shield Materials on Temperature Distribution in the End Region of a Large Water-Hydrogen-Hydrogen-Cooled Turbogenerator.

J. Han, P. Zheng, Y. Sun, B. Ge, und W. Li. IEEE Trans. Industrial Electronics, 67 (5): 3431-3441 (2020)

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Liao Han University of Stuttgart

Qi Han

Udo-Ernst Haner University of Stuttgart

Dr. phil. Vanessa Hanke University of Stuttgart

Dr. Yuliya Hanesch University of Stuttgart

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Influence of Complex Fluid Flow on Temperature Distribution in the Rotor Region of Large Hydrogenerator Under the Rotor Rotation.J. Han, Y. Sun, P. Zheng, Q. Haiming, J. Dong, Y. Liu, Z. Chunli, B. Ge, und W. Li. IEEE Access, (2022)Gas Friction Loss in Stator Ventilation Ducts of the Drive Motor for the Cooling Medium in a High-Temperature Gas-Cooled Reactor.B. Ge, X. Xu, D. Tao, J. Han, und L. Wang. IEEE Trans. Industrial Electronics, 66 (1): 114-123 (2019)Suppression Method of Jump Points for Multipole Magnetic Encoder at Low Temperature Based on Single-Pole Angle Value Fitting.L. Wang, Q. Ren, J. Han, und Y. Zhang. J. Sensors, (2019)Calculation and Analysis of the Surface Heat-Transfer Coefficient and Temperature Fields on the Three-Dimensional Complex End Windings of a Large Turbogenerator.J. Han, W. Li, L. Wang, X. Zhou, X. Zhang, und Y. Li. IEEE Trans. Industrial Electronics, 61 (10): 5222-5231 (2014)Calculation of Temperature Distribution in End Region of Large Turbogenerator Under Different Cooling Mediums.J. Han, B. Ge, D. Tao, und W. Li. IEEE Trans. Industrial Electronics, 65 (2): 1178-1186 (2018)Analysis of Three-Dimensional Complex Fluid Flow and Temperature Distribution in the End Region of a Turbogenerator.J. Han, W. Li, und Y. Li. IEEE Trans. Industrial Electronics, 62 (9): 5370-5381 (2015)Influence of Magnetic Permeability of the Press Plate on the Loss and Temperature of the End Part in the End Region of a Turbogenerator.J. Han, B. Ge, und W. Li. IEEE Trans. Industrial Electronics, 66 (1): 162-171 (2019)Calculation of Ventilation Cooling, Three-Dimensional Electromagnetic Fields, and Temperature Fields of the End Region in a Large Water-Hydrogen-Hydrogen-Cooled Turbogenerator.W. Li, J. Han, X. Zhou, und Y. Li. IEEE Trans. Industrial Electronics, 60 (8): 3007-3015 (2013)Influence of Electric Shield Materials on Temperature Distribution in the End Region of a Large Water-Hydrogen-Hydrogen-Cooled Turbogenerator.J. Han, P. Zheng, Y. Sun, B. Ge, und W. Li. IEEE Trans. Industrial Electronics, 67 (5): 3431-3441 (2020)