POSTER SESSION 1
Wednesday, May 26, 4:20 p.m. - 6:00 p.m.
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Poster Title
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Author/Presenter
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| Effect of rail dimension on current distribution and inductance gradient |
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A. Keshtkar |
| Effect of liquid film Indium on thermal and electromagnetic distribution of an electromagnetic launcher with new armature |
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M. Ghassemi and Y. M. Barsi |
| Computation of magnetic fields using a 2D hybrid finite element/boundary element algorithm and comparison with analytical solutions |
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V. Thiagarajan and K. T. Hsieh |
Investigation of a 3D hybrid finite element/boundary element method for electromagnetic launch applications and validation using semi-analytical solutions
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V. Thiagarajan and K. T. Hsieh |
| Use of a fast shock tube as an injector for electromagnetic railgun |
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T. Yangmeng and W. Ying |
| The dynamics of the acceleration of a band liner in a magnetic compressor |
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M. Galanin, K. Milyayev, V. Bakhtin, E. Grabovskiy, A. Zhitlukhin, V. Levashov, A. Lototskiy, N. Umrikhin, and D. Toporkov |
| FEM analysis of the induction motor used for hybrid electric vehicle |
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C. Shukang, Z. Ping, and W. Tiecheng |
| Optimization design of driving coil in the coil gun with plate projectile |
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L. Liyi, L. Xiaopeng, S. Liwei, and C. Shukang |
| An improved, linear homopolar, electro-magnetic launcher: STAR |
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W. C. Nunnally, J. E. Thompson, T. G. Engel, and C. V. Smith, Jr. |
| Mechanical and mathematical model of passive electromagnetic armor and solution with FEA |
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Z. Zhenzhong, H. Jinsuo, X. Longtang, and Z. Chenqingchang
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| A novel driven and control system for direct-wheel-driven electric vehicle |
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T. Guilin, M. Zhiyun, Z. Libing, and L. Langru |
| Research progress in the development of a high-efficiency, medium-caliber helical coil electromagnetic launcher |
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T.G. Engel, W.C. Nunnally, and J. Neri |
| Operating control of efficiently generating of induction motor for driving hybrid electric vehicle (HEV) |
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K. Baoquan, L. Liyi, C. Shukang, and M. Fanrong |
| Design and manufacture high current measurement device with proper bandwidth by Rogowski coil technique |
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S.M. Miresmaily and G. Darvish |
| Study of a Single-Stage Electromagnetic Launcher System Using Pancake Coil |
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Q. Deng, J. Li, Y. Gui, J. Yuan, Z. Wang |
| Electrical characteristics of high energy density MLC for pulse power application |
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L. Dai, F. Lin, Z. Zhu, and J. Li |
| Analytical approximation for current distribution in the rail accelerator |
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V. Chemerys and A. Raychenko |
| Scanning electron microscope examination of JA2 propellant samples exposed to plasma radiation |
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M.A. Schroeder, R.A. Beyer, and R.A. Pesce-Rodriguez |
| New engine-motor hybrid-driving system for the future's Armor Vehicle |
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Z. Keyi, F. Ming, and W. Haiqiang |
| Mixing processes of plasmas in electrothermal-chemical guns |
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C.R. Woodley |
| Reliable, highly reproducible plasma injectors for ET and ETC launchers |
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N. Shafir, D. Zoler, S. Wald, and M. Shapira |
| Calculation of electromagnetic force on Three-phase Air-core coils linear thruster |
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W. Xinlao, Z. Qianfan, C. Shukang, P. Yulong, and C. Yuan |
| Integrating electromagnetic launchers on ships |
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A. Challita, J. Barber, J. Ykema, and C. Allen |
| Communication on vehicle management unit in the electric vehicle |
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Wu Hong-xing, C. Shu-mei, and C. Shu-kang |
| Multi-beam electromagnetic shock wave generator |
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Yu.V.Andriyanov, B.A.Garilevich, K.G.Bagaudinov |
| Empirical data on high flow rate coolants in copper tubing and the effects on the coolant’s electrical resistivity |
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J. Hahne, H. Liu, C. S. Hearn, E. Schroeder, and J. O'Rarden
UT Center for Electromechanics |
| Development of the 40 V hybrid super-capacitor unit |
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Z. Ji-yan, Z. Li, and S. Jin-yan |
| Design and performance of an 8-MJ launch package |
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I. R. McNab, M. Erengil, S. Satapathy, and W. S. Lawhorn |
| Loss reduction strategies in design of magnetic bearing actuators for military vehicle applications |
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M. Pichot |
| The mechanical behavior of conductors exposed to short-duration thermal loading |
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R. Watkins, K. Ravi-Chandar, and S. Satapathy |
| Flywheel charging module for energy storage used in electromagnetic aircraft launch system |
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D. W. Swett and J. G. Blanche |
| Design characteristics of induction motor used for hybrid electric vehicle |
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W. Tiecheng, Z. Ping, and C. Shukang |
| Analysis of Rail Surfaces from a Multi-Shot Railgun |
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R. A. Meger, K. Cooper, H. Jones, J. Neri, S. Qadri, I. L. Singer, J. Sprague, and K. J. Wahl |
| Experimental investigation of hypervelocity plasma jets generated with a coaxial arc device |
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M. Rott, C. Artelt, and T. Höschen |
| Interruption of the explosion of plasma initiator wires |
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M.J. Taylor |
| Iterative transient model for railgun electro-mechanical performance optimization |
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R.K. Pitman, R.L. Ellis, and J.S. Bernardes |
| Estimating the efficiency of pulsed alternators |
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D. Landen |
| Simulation and research of one-dimensional coupling model of SPETCG |
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J. Sun, Y. Lv, Y. Wang, and G. Feng |
| Resistance calculation of the reusable linear magnetic flux compressor coil |
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J. Li, Y. Gui, P. Yan, J. Yuan, and Z. Wang |
| A high current, high dI/dt, light activated thyristor |
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D. Giorgi, J. Long, D. Crosley, and T. Navapanich |
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POSTER SESSION 2
Thursday, May 27, 9:30 a.m. - 11:00 a.m.
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Poster Title
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Author/Presenter
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| Effect of armature slit dimensions on railgun performance |
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A. Keshtkar and H. Khaniki |
| On the noise component in muzzle voltage traces |
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D. Melton and F. Stefani |
| Analysis of the effects of induced fields from sliding electrical contacts |
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V. Thiagarajan |
| A pulsed MHD generator for electric launcher |
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W. Ying, Y. Ping, X. Haizhong, F. Genxi, L. Qiang |
| The finite element analysis for the magnetic field of the active EM armor projectile interceptor |
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L. Zhiyuan, M. Sun, F. Ming, and C. Yangjie |
| Structural mechanics for electromagnetic rail guns |
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J. T. Tzeng |
| Space application research based on reconnection electromagnetic launch (RCEML) technology |
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L. Liyi, L. Xiaopeng, and K. Baoquan |
| Emulational research and experimental analysis of reconnection electromagnetic launcher (RCEML) |
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C. Shukang, L. Liyi, and L. Xiaopeng |
| Li ion energy storage for pulse power applications |
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T. Matty and K. Nechev |
| Design characteristic and calorification analysis of water-cooling and high-speed induction motor used in hybrid electric vehicle (HEV) |
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L. Liyi, K. Baoquan, C. Shukang, and H. Yusheng |
| Experiments with brush armatures: new technical solutions |
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M. Schneider, R. Schneider, and D. Eckenfels |
| Electromagnetic and mechanical gyro stabilization in railgun launcher |
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G. Becherini, A. Tellini, and B. Tellini |
| Experiments with brush projectiles in a parallel augmented railgun |
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J. Gallant and P. Lehmann |
| The study on optics measuring method for projectile position in coil electromagnetic launch |
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Q. Chao, L. Xiaopeng, W. Zijun, and D. Jingmin |
| A 200KJ mobile pulsed power supply |
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Y. Gui, J. Dong, J. Li, C. Yu, Q. Deng, Y. Peng, and P. Yan |
| Implementation of a 50kW 4-phases switched reluctance motor drive system for HEV |
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W. Shuanghong, Z. Qionghua, M. Zhiyuan, and Z. Libing |
| Some results of research in the Ukraine of the electromechanical energy conversion in connection with analysis of stress state of active conductors in the railgun and coilgun |
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V. Chemerys |
| Analysis of electromagnetic field diffusion into the electrode and armature of rail accelerator using the method of Green’s function |
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V. Chemerys and V. Gorin |
| The dependency of magnetic blow-off forces on current in armature transition |
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F. Aixia, H. Junjia, Q. Shihong, and P. Yuan |
| A novel type rail- coil hybrid electromagnetic launcher |
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Y. Shiyong, W. Ying, C. Shanbao, L Qian, L. Xuqiong, and W. Wei |
| Axial excited hybrid reluctant motor applied in EV and research of its axial coil signal |
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Z. Qianfan, S. Liwei, P. Yulong, and C. Shukang |
| Research on ammunition integration for the electrothermal chemical gun |
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S. Zhongsheng, S. Caihui, R. Zhaoxing, W. Ying, and C. Sanbao |
| Analysis and calculation of coils losses on planar air core coil linear thruster based on analytical method for specific magnetic field |
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W. Xinlao, C. Shukang, Z. Qianfan, and P. Yulong |
| A driver of brushless DC motor for electric vehicle |
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Wu Hong-xing, C. Shu-kang, and C. Shu-mei |
| Proposition of novel X-shape rail gun |
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M. Chung |
| FEM/MOM formulation for the analysis of current distribution in rail launchers |
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A. Musolino |
| Geometric modeling and EM analysis of electrical windings for pulsed alternators |
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G. Wedeking |
| Performance spectrum of optical triggered thyristor switches for electric weapon systems |
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Th. H.G.G. Weise, B. Schuenemann, R. Keller, and J. Przybilla |
| Control of variation of delay time from ignition to launch in ETC gun |
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Y. Akahoshi, E. Matsuda, and H. Hata |
| Ultra-stiff, low mass, EM gun design |
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M.D. Werst, J.R. Kitzmiller, C.S. Hearn and G.A. Wedeking |
| Rail stator augmentation magnetic flux compression linear generator used in electric guns |
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D. Xiaojun, L. Zhengguo, P. Guohua, W. Ying, and L. Zhiyuan |
| Magnetization analysis of the brushless DC motor Used for hybrid electric vehicle |
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Z. Ping, L. Yong, C. Shumei, W. Yan, and C. Shukang |
| Mechanical behaviour of the PEGASUS railgun projectile during the launch |
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B. Reck |
| Comparison from modelling and experiment of electrothermal plasma temperature and pressure within granular propellant beds |
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M.J. Taylor and C.R. Woodley |
| The response of propellants to plasma radiation |
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R.A. Beyer and R.A. Pesce-Rodriguez |
| Investigation of windage splits in an enclosed test fixture having a high speed composite rotor in low air pressure environments |
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H. Liu, M. Werst, J. Hahne, and D. Bogard |
| Development of a plasma armature railgun with two distributed power supplies |
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A. Yamori, Y. Ono, and S. Sasaki |
| Numerical simulation of a complete generator-rail launch system |
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S. Barmada, A. Musolino, M. Raugi, and R. Rizzo |
| The conception of the explosion cumulative effect electromagnetic control optimal realization |
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S. V. Demidkov |
| Parameters of electric discharge in gas of high density |
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A.F. Savvateev, A.A. Bogomaz, A.V. Budin, M.E. Pinchuk, and Ph.G. Rutberg |
| Numerical simulation of a complete generator-rail launch system |
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S. Barmada, A. Musolino, M. Raugi, and R. Rizzo |
| Thermal characteristics of a laboratory EML launcher |
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S. Satapathy |
| Source of the magnetic field for realization of EML technologies |
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E. T. Protasevich and V. I. Shishkovsky |
| Corrected definition of skin depth at diffusion of pulsed magnetic field into moving conducting medium |
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V. Chemerys and A. Raychenko |
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