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Electromagnetic Analysis of Electromechanical Products using Maxwell 2D and 3D

  • Presential
  • Electromagnetic Simulation
Basic introduction course to software ANSYS Maxwell, 2D and 3D simulation tool for low frequency electromagnetic fields. Indicated for the design, analysis and optimization of electromagnetic and / or electromechanical devices.

Methodology:

Face-to-face intensive training with ESSS specialists.

Program:

1) Introduction to Maxwell 2D and 3D (Modules 1 to 4):
Module 1: Basic
  • Maxwell equations
  • Graphical user interface (GUI)
  • Maxwell Solvers
  • Maxwell and file structure
  • Material Library
  • Finite Element Mesh Auto-Adaptive
  • Magnetostatic Solver
  • Material properties
  • Contour Conditions
  • Excitations (sources of magnetic energy)
  • Parameters (inductance, force)
  • Analysis setup
  • Types of variables
  • Basic postprocessing
  • Appendix: Geometries in Maxwell
  • ACIS Geometric Modeler
  • User Defined Primitives
  • Import
Module 2: Quasi-Static Solvers
  • Eddy Current Solver - magneto-dynamic (frequency domain)
  • Electrostatic Solver
  • AC Conduction - electrodynamic (frequency domain)
  • DC Conduction
Module 3: Transient Solvers
  • Magneto-dynamic and electrodynamic solvers (time domain)
  • Contour Conditions
  • Effect of induced currents
  • Calculation of losses in iron
  • Magnetic energy sources
  • Windings and external circuit
  • Mesh and mesh link operations
Module 4: Postprocessing Parametric Analysis
  • Introduction to postprocessing at Maxwell
  • Reporting and solution data
  • Plotting fields
  • Field Calculator
  • Parametric, optimization and sensitivity analysis
2) Examples of Maxwell 2D and 3D applications (Modules 5 to 8):
Module 5: Rotary Electric Machines
  • Modeling of electric machines
  • RMxprt
  • User Defined Primitives (UDPs)
  • Angular movement band
  • Loss analysis
Module 6: Actuators / Solenoids
  • Actuator / Solenoid Modeling
  • Translation Motion Band
  • Loss analysis
  • Diffusion of the magnetic field
Module 7: Transformers / Inductors
  • Modeling of transformers and inductors
  • UDPs
  • PExprt
  • Electronic Transformer Kit (ETK)
  • Definition of material properties
  • Excitations
  • Loss analysis
  • Typical transformer tests
Module 8: Multi-physical Analysis
  • Introduction to the Workbench
  • Coupling capacities

Instructors/Teaching Staff:

  • Anderson Santos Nunes

Prerequisites:

Solid knowledge in electromagnetism.

Certificate:

The student will have access to the certificate of participation issued by the ESSS Institute, with international recognition and validity. Develop a differential in your career. Study at the largest simulation school in South America

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R$3450.00

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Electromagnetic Simulation

Electromagnetic Analysis of Electromechanical Products using Maxwell 2D and 3D

Basic introduction course to software ANSYS Maxwell, 2D and 3D simulation tool for low frequency electromagnetic fields. Indicated for the design, analysis and optimization of [...]