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爆炸脉冲功率源系统科学计算软件框架
引用本文:于翠影,赵强,夏芳,徐福锴,董志伟. 爆炸脉冲功率源系统科学计算软件框架[J]. 信息与电子工程, 2009, 7(4): 285-288,299
作者姓名:于翠影  赵强  夏芳  徐福锴  董志伟
作者单位:北京应用物理与计算数学研究所,北京,100088
基金项目:中国工程物理研究院科学技术基金资助项目 
摘    要:为了进一步研究爆炸脉冲功率源,更深入地掌握相关物理规律,以磁流体力学科学计算程序为核心,开发了可视化爆炸脉冲功率系统数值模拟软件E.HPPS试用版1.0版,确定了软件的主要框架,完成了前处理与计算模块、后处理模块和中心控制台的设计开发。最后通过该框架对一些基准模型进行了试算,将计算结果与物理实验的数据作了比对分析,初步证明此软件的置信度,试算的过程也较好地展示了该框架可视化性能优良、界面友好、易用等特点,从而说明该软件能够为爆炸脉冲功率源的物理研究起到支撑作用。

关 键 词:E-HPPS软件  磁流体力学  软件框架  可视化

Simulation software for explosive high pulse power system
YU Cui-ying,ZHAO Qiang,XIA Fang,XU Fu-kai,DONG Zhi-wei. Simulation software for explosive high pulse power system[J]. information and electronic engineering, 2009, 7(4): 285-288,299
Authors:YU Cui-ying  ZHAO Qiang  XIA Fang  XU Fu-kai  DONG Zhi-wei
Affiliation:(Institute of Applied Physics and Computational Mathematics, Beijing 100088, China)
Abstract:Based on a Magnetchydro Dynamics(MHD) program, the visualization simulation software of explosive high pulse power system E-HPPS 1.0 trial was developed. After design of the frame, its three parts, preprocess and computing model, postprocess model, and console model were designed and developed. With the frame, some benchmarks were calculated. Compared with experiment data, computing result was analyzed. The dependability of the frame was approved. During the whole process, the frame showed some characteristics like result visualization, friendly interface, and usability, which proved that this software could assist research on explosive pulse power source.
Keywords:E-HPPS  Magnetchydro Dynamics  main framework  visualization
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