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ElectromagneticsSolution

Product Features Electromagnetic simulations are critical to electrical and electronic product designs across many industries.

Geometry 2-D planar The ANSYS Electromagnetics solution addresses the analysis needs of two distinct electromagnetics markets or application areas: 2-D axi-symmetric 3-D full & symmetry planes Low-frequency: electric motors, relays, solenoids and magnet design Analysis ClassesElectrostatics High-frequency: radio frequency and microwave device design, RF MEMS The ANSYS Electromagnetics solution allows the user to gain an understanding of: H and adaptive p-elements Hybrid FEA/BEAdomain Magnetostatics Scalar Potential Magnetic Vector Potential 3-D Edge Flux Formulation 2-D Planar and axi-symmetricgeometry Ion Optics Trace charged particles in static fields Steady-State Current Conduction Joule heating & coupled heat transfer Currents can be used for magnetostatic excitation Low-Frequency Electric Quasistatic electric Time-harmonic analysis for linear materials
Analysis of an electromagnet showing total magnetic flux density. Time-transient analysis for linear materials Joule heating & coupled heat transfer Currents can be used for magnetostatic excitation Device performance characteristics under applied loads and boundary conditions Visualization of electromagnetic field in and around device Electromagnetic-joule heating effect and resultant temperatures Low-Frequency Magnetic Extraction of key design parameters such as motor torque, or S parametersThe ANSYS Electromagnetics solution is a virtual prototyping tool that can replace many aspects ofelectromagnetics physical testing. This reduces product time to market, reduces development costsand allows the user to enhance and optimize the performance of products with minimal physical prototype costs. Generally speaking, if you engineer, manufacture or test anything that could be described as an elec-trical/electronic product, then you will definitely see value in the ANSYS Electromagnetics solution! Quasistatic magnetic Time-harmonic analysis for linear materials Time-transient analysis for linear and nonlinear materials Magnetic Vector Potential 3-D Edge Flux Formulation

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