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Foundations of Computational Electromagnetics

Learn about the different types of computational electromagnetic solvers that are used to solve real-world engineering problems.

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About this Webinar

Ansys has many solvers that deal with different aspects of electromagnetic physics, from quasi-static electric and magnetic fields through RF and microwave to visible light, at scales ranging from individual transistors to many city blocks.  This presentation will provide an overview of the different approaches used in these solvers and discuss some of the trade-offs in choosing the best solution method for a particular application.

What you will learn

  • Watch the different ways to express Maxwell's equations: integral-vs-differential, time-vs-frequency domain, and how these give rise to different types of solvers 
  • Learn what a full-wave field solver is 
  • See the differences between finite elements (FEM) and finite difference time domain (FDTD) 
  • Observe what an integral equation solver is and how does it differ from other EM solvers 
  • Discover the importance of electrical length in choosing between different types of solvers: quasi-static, full-wave, and asymptotic methods 
  • See how advanced hybrid field solvers combine different EM solver technologies
  • Combine electromagnetic solvers with thermal and mechanical solvers to perform multiphysics simulations

Speaker

Eric Bracken

Eric Bracken

Eric Bracken is an Ansys Fellow and the Chief Technologist for the Electronics Business Unit at Ansys.  He received his Ph.D. in Electrical and Computer Engineering from Carnegie Mellon University (Pittsburgh, Pennsylvania).  As a graduate student he co-founded a start-up company, Performance Signal Integrity.  Eric joined Ansoft Corp. in 1996 and became part of the Ansys team through acquisition in 2008.  His interests are in the areas of signal and power integrity analysis, EMI/EMC, parasitic extraction, circuit simulation, and model-order reduction.