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The inventive partner
for sustainable solutions


  • FEM-BEM coupling for eddy currents
  • No discretization of the surrounding air necessary
  • Analysis of moving parts with­out re-meshing
  • Tailored product-specific design software
  • Replaces product design software based on Excel-Sheets or Matlab-scripts
  • Graphical user interfaces and backend design modules
  • Converts LS-DYNA d3plot binary files to HDF5
  • Creates XDMF files for postprocessing with tools like ParaView, VisIt or EnSight
  • Free for non-commercial use (creative commons license: BY-NC-ND 4.0)
  • Commercial license upon request


Magnetic valve
Shell deformation
Large deformation analysis
Shell twist


Boundary Element Methods (BEM)

  • Higher order BEM
  • Rao-Wilton-Glisson elements
  • Parallel Fast Multipole Method (FMM)
  • Hierarchical Matrices & ACA
  • Optimal Solver & Pre­conditioner
  • Robust & Fast Symmetric formulations
  • Scalable FEM-BEM coupling

Finite Element Methods (FEM)

  • Higher-order FEM
  • Nédélec elements
  • Hybrid meshes incl. wedges & pyramids
  • Advanced pre­conditioner techniques
  • Immersed methods & non-conforming meshes

Fields of Application

  • Electro-Magnetic Fields
  • Acoustics & other wave propagation phenomena
  • Structural Analysis
  • Heat Conduction


Lars Kielhorn

Dr Lars Kielhorn

Thomas Rüberg

Dr Thomas Rüberg

Jürgen Zechner

Dr Jürgen Zechner



TailSiT Logo

TailSiT GmbH
tailored simulation tools
Nikolaiplatz 4
8020 Graz, Austria

info@tailsit.com info@tailsit.com
+436769746416 +43 676 9746416
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