Exploring lightning susceptibility of composite materials and cable harnesses in aircraft through electromagnetic simulation

机译：通过电磁仿真探索飞机中复合材料和线束的雷电敏感性

获取原文

获取原文并翻译 | 示例

页面导航

摘要
著录项
相似文献
相关主题

摘要

Direct time-domain analysis enables lightning standards to be simulated and peak voltages, currents and dwell times predicted Approach for modelling composite material simulation: Detailed filament/weave level analysis using unit cell models TLM thin panel and seam models provide efficient techniques for modelling diffusion and joint resistance CST CABLE STUDIO extends the cable modelling to highly complex and realistic cable bundles Direct and near strike simulation at the full vehicle level is possible in reasonable computer memory and run times.

机译：直接时域分析可以模拟闪电标准并预测峰值电压，电流和停留时间复合材料模拟建模方法：使用单元格模型进行细丝/编织水平分析TLM薄板和接缝模型为扩散和扩散建模提供了有效的技术联合电阻CST CABLE STUDIO将电缆建模扩展到高度复杂和逼真的电缆束，并且可以在合理的计算机内存和运行时间下，在整车级别进行直接和近乎罢工的模拟。

著录项

来源
《IET Seminar on Lightning Protection for Aircraft Components》|2013年|1-26|共26页
会议地点 Abingdon(GB)
作者
Kowalczuk E.;
展开▼
作者单位

展开▼
会议组织
原文格式 PDF
正文语种 eng
中图分类
关键词

相似文献

外文文献
中文文献
专利

1. Electromagnetic Energy Coupling Mechanism on Cables and Systems - A Comparison Composite Aircraft Versus Metal Aircraft and Impact on Testing Procedure [J] . Fidele Moupfouma SAE International Journal of Aerospace . 2011,第2期

机译：电缆和系统上的电磁能量耦合机制-复合飞机与金属飞机的比较及其对测试程序的影响
2. Lightning strike simulation heralds simplified design: Tests verify accuracy of finite-element current flow simulation in complete aircraft structures including client-specific cabling [J] . Mark Simms Industrial Technology . 2009,第Nova期

机译：雷击仿真预示着简化的设计：测试验证了完整飞机结构中有限元素电流仿真的准确性，包括客户专用电缆
3. Impact of Cable Bundles and Systems' Integration Rules Dedicated to Metallic Aircraft on the Electromagnetic Immunity of Systems in Composite Aircraft [J] . Fidele Moupfouma, Amadou Ndoye, Mohsen Jalali, SAE International Journal of Aerospace . 2014,第1期

机译：专用于金属飞机的电缆束和系统集成规则对复合材料飞机系统的电磁抗扰性的影响
4. Exploring lightning susceptibility of composite materials and cable harnesses in aircraft through electromagnetic simulation [C] . Kowalczuk E. IET Seminar on Lightning Protection for Aircraft Components . 2013

机译：通过电磁仿真探索复合材料和电缆线束的闪电易感性
5. Models for electromagnetic coupling of lightning onto multiconductor cables in underground cavities. [D] . Higgins, Matthew Benjamin. 2008

机译：地下腔体中多导体电缆上雷电电磁耦合的模型。
6. Green Highly Clay-Filled Polyethylene Composites as Coating Materials for Cable Industry—A New Application Route of Non-Organophilised Natural Montmorillonites in Polymeric Materials [O] . Stanisław Wysocki, Krzysztof Kowalczyk, Sandra Paszkiewicz, 2020

机译：绿色高粘土填充聚乙烯复合材料作为电缆行业的涂料—非有机化天然蒙脱土在聚合物材料中的新应用途径
7. Electromagnetic Characterization of Aircraft Composite Materials and its Effects on the Antenna Performance [O] . L. G. da Silva, I. A. Baratta, R. R. de Assis, 2017

机译：飞机复合材料的电磁特性及其对天线性能的影响

Exploring lightning susceptibility of composite materials and cable harnesses in aircraft through electromagnetic simulation

摘要

著录项

相似文献

相关主题

期刊订阅