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Introduction to Electromagnetics: Discrete, Numeric, and Continuous Approaches

Discover the fundamentals of electromagnetics through quasi-static, 2-D structures, Laplace’s equation, and more. Learn spatial discretization and numeric formulation using tools like Excel, Pspice, and Maple. Dive into incremental models and graphical methods with Professor David Voltmer at Rose-Hulman Institute of Technology.

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Introduction to Electromagnetics: Discrete, Numeric, and Continuous Approaches

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  1. Undergraduate Electromagnetics: Discrete, Numeric, and Continuous Professor David Voltmer Rose-Hulman Institute of Technology

  2. Learning about 1’s and 0’s is much easier than learning about Electromagnetics. Robert MacIntosh

  3. Basic Assumptions • Quasi-Static • Cartesian Coordinates • 2-D Structures • No Fringing Fields • Laplace’s Equation • Incremental Models

  4. FundamentalPrinciples • Spatial Discretization • Numeric Formulation

  5. Incremental Models

  6. Tools • Graphical Methods • Excel - Spreadsheet • Pspice - Circuit Analog • VEM (Matlab) • Maple - CAS • Mathcad - CAS

  7. Excel

  8. Pspice

  9. Maple

  10. Matlab

  11. QUESTIONS?

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