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Parametric Simulation Analysis of the Electromagnetic Force Distribution and Formability of Tube Electromagnetic Bulging Based on Auxiliary Coil

机译：基于辅助线圈的电磁力分布和管电磁凸出的可成型性参数仿真分析

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Li Qiu; Chenglin Wang; Ahmed Abu-Siada; Wang Bin; Zhang Wang; Weikang Ge; Chang Liu; Peng Chang;
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机译：线圈长度和线圈管相对位置变化对磁场建立的磁场和速度分布消声器管的分析
3. Investigation of the electromagnetic attractive forming utilizing a dual-coil system for tube bulging [J] . Journal of Manufacturing Processes . 2020,第Jana期

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4. FE Analysis of Effect of Variation in Coil length and Coil-tube Relative Positions on Establishment of Magnetic Fields and Distribution of Velocities in Electromagnetic Forming of Muffler Tube [C] . Sagar Hanamant Pawar, Sachin Dnyandeo Kore, Arup Nandy International Conference on Material Forming . 2020

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5. Characterizing the Performance of a Ferrofluid-Based Electromagnetic Energy Harvester under Direct and Parametric Excitations [D] . Alazemi, Saad. 2016

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6. Improvement of Electromagnetic Field Distributions Using High Dielectric Constant (HDC) Materials for CTL-Spine MRI: Numerical Simulations and Experiments [O] . Bu S. Park, Brent McCright, Leonardo M. Angelone, -1

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7. Analysis of Electromagnetic Force and Formability of Tube Electromagnetic Bulging Based on Convex Coil [O] . Li Qiu, Wang Zhang, A. Abu-Siada, 2020

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Parametric Simulation Analysis of the Electromagnetic Force Distribution and Formability of Tube Electromagnetic Bulging Based on Auxiliary Coil

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