The complexity of current EMC problems and the necessity to solve them in an accurate, reliable and efficient way require various analysis techniques. These are described in this paper with particular attention to numerical simulations as the most powerful tool for performing EMC analysis. Computational electromagnetics can be used within basic research for example at universities as well as during nearly all phases of a product or system development process occurring in industrial life. Especially here several challenges result from numerical simulations. The most important ones are described and discussed in this paper. An exemplary interference problem is presented demonstrating the relevance and impact of these challenges.
B. Jaekel, U. Reggiani, L. Sandrolini (2006). The role of numerical simulations in industry versus university. WROCLAW : Wroclaw University of Technology.
The role of numerical simulations in industry versus university
REGGIANI, UGO;SANDROLINI, LEONARDO
2006
Abstract
The complexity of current EMC problems and the necessity to solve them in an accurate, reliable and efficient way require various analysis techniques. These are described in this paper with particular attention to numerical simulations as the most powerful tool for performing EMC analysis. Computational electromagnetics can be used within basic research for example at universities as well as during nearly all phases of a product or system development process occurring in industrial life. Especially here several challenges result from numerical simulations. The most important ones are described and discussed in this paper. An exemplary interference problem is presented demonstrating the relevance and impact of these challenges.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
