Unstructured Quasi-Static EM Solvers (P-EM-UQS)

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  • Brief introduction
The Unstructured Quasi-Static Electromagnetic Solvers (P-EM-UQS) are implemented to model static and quasi-static EM regimes efficiently by applying the finite element method on unstructured meshes. The solvers complement the established Sim4Life P-EM-QS solvers and support message passing interface (MPI) parallelization.
Contents
Applications
  • MRI RF Coil Design w/ Gradient Interaction
  • MRI Tx RF Coil Design w/ Gradient Interaction & Safety
  • MRI Gradient Coil Design
  • EEG / ECG
  • Deep Brain & Spinal Cord Implants
  • Transcranial Magnetic or Current Stimulation
  • LF Hyperthermia (e.g., with nanoparticles)
  • Magneto Hemo-Dynamics
  • Sound Exposure (e.g., in MRI)
  • Transcranial Magnetic or Current Stimulation
  • Neuro-Prosthetics (retina, cochlea, vestibular, motor)
  • Neuro-Motoric Incapacitation
  • EM Neuro-Stimulation
  • High LF EM Field Safety Assessment (e.g., MR Gradient Coils)
  • Physiotherapy Heating
  • Magnetic Navigation
  • Defibrilator Analysis
  • Pacemakers
Characteristics
  • Electrostatic and Electro quasi-static
  • Magnetostatic and Magneto quasi-static
  • FEM based (unstructured meshes)
  • Support for localized refinement, or conformal adaptivity
  • Tetrahedral volume mesher
  • Robust octree-based adaptive mesher
  • Unique semi-insulating layers
  • Anisotropic tensorial inhomogeneous electrical conductivity distributions (e.g., image-based)
  • Specialized visualization and analysis tools
  • Handling and visualization of unstructured result fields
  • Dedicated Python API
  • MPI parallelization
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