Skip to main content
Search form
  • 联系我们
  • 资源中心
  • 加入ESI
  • 投资者
  • myESI
ESI Group - 首页
  • Virtual Prototyping
    Building the Virtual Prototype Enabling the Factory of the Future Delivering the Hybrid Twin™
  • 软件解决方案
    虚拟制造
    铸造模拟解决方案 复合材料 钣金成形 焊装 Additive Manufacturing Plastics
    Virtual Performance
    Virtual Performance Solution 虚拟座椅解决方案 VA One
    虚拟环境
    计算流动力学&多物理场 电磁电子 虚拟系统和控制
    虚拟集成平台
    多领域仿真 决策支持
    虚拟现实
    IC.IDO
    数据分析
    Simulation Data Analytics Cyber Security Design Space Exploration
    系统建模
    SimulationX
  • 支持
    咨询服务 技术支持 myESI 客户专属网站 培训
  • 行业
    航空航天及兵器 电子消费品 能源与电力 地面交通 重工业及机械 船舶行业
  • 公司简介
    关于ESI集团 成功案例 新闻中心 活动 合作伙伴 投资者 职业生涯 全球分布
  • 首页 >
  • 支持 >
  • 资源中心 >
  • Electromagnetic Field Vulnerability of Complex System
支持
  • 咨询服务
  • 技术支持
  • myESI 客户专属网站
  • 培训

联系我们

联系我们
分享 分享
打印 电子邮件 Facebook Twitter Linkedin

Electromagnetic Field Vulnerability of Complex System

Date 30 五月 2015 Trade电磁产品

Introduction

Go to the download form

Electromagnetic Field Vulnerability of Complex System

In complex systems like ships or airplanes many tasks vital to the function of the system are executed by electronic equipment. Earlier research Camp (2004)– Nitsch (2005) has shown that there are frequency ranges in many of these systems, in which disturbances in the system will be observed if an external electromagnetic field exceeds a certain amplitude limit. On the basis of a simplified model in which the dominating coupling mechanisms in complex systems are shown, we will present a method which allows to analyze the vulnerability to electromagnetic fields. The method is based on the segmentation of the initial problem into subproblems with respect to the coupling mechanisms. Under the assumption that the obtained classes can be handled separately, the subproblems are solved and superposed to the overall solution. The Electromagnetic Topology Baum (1982)–Lee (1982) is used to solve the subproblems. This leads to a hybrid method combining different solution approaches. The subproblems are decomposed into smaller subproblems with respect to the shielding levels. This procedure allows us to determine the coupled disturbances into the system. Finally the solution is verified with respect to prescripted limits.

Authors

R. Kanyou Nana, S. Dickmann - Helmut-Schmidt-Universität/Universität der Bundeswehr Hamburg, Fakultät für Elektrotechnik, Hamburg, Germany
F. Sabath - Wehrwissenschaftliches Institut für Schutztechnologien-ABC Schutz, Munster, Germany

Download form

QR code

Page URL:
https://cn.esi-group.com/resources/technical-paper/electromagnetic-field-vulnerability-complex-system
Permanent link to the page:
https://cn.esi-group.com/node/3923
  • Virtual Prototyping
    Building the Virtual Prototype Enabling the Factory of the Future Delivering the Hybrid Twin™
  • 软件解决方案
    虚拟制造 Virtual Performance 虚拟环境 虚拟集成平台 虚拟现实 数据分析 系统建模
  • 支持
    咨询服务 技术支持 myESI 客户专属网站 培训
  • 行业
    航空航天及兵器 电子消费品 能源与电力 地面交通 重工业及机械 船舶行业
  • 公司简介
    关于ESI集团 新闻中心 活动 合作伙伴 投资者

ESI China

Location Map 在地图中展示
Phone +86(10)-65544907/8 +86(10)-65544907/8
Fax +86(10)-65544911
Address 5/F,No.9,Yongxiang North Road,
Phone 100094 Beijing CN
  • 隐私及使用条款
  • 法律声明
  • Cookie settings
  • Glossary
  • © ESI Group 2021
  • Facebook
  • Twitter
  • YouTube
  • LinkedIn
  • news RSS

Version: Desktop | Mobile