Download our tools today, or let us build the one your product needs.
Boundary element software for the dielectric design of high-voltage devices. Mesh the solids; the air needs no mesh.
Free for non-commercial use · commercial license on request
Converts LS-DYNA d3plot files to HDF5, with XDMF files for ParaView, VisIt and EnSight.
Free for non-commercial use · commercial license on request
POLARIS and our customer projects are built on the same computational kernels: scalable FEM, BEM and coupled solvers for electromagnetic fields.
Problem 7 · Eddy currents in the plate below the coil
Problem 7 details →Scalable on clusters and workstations, with MPI and threading.
Compressed boundary element matrices and advanced preconditioners.
Only the solid parts are meshed. The BEM handles the surrounding air.
Forces and losses passed to structural and thermal solvers through preCICE.
Coupled simulations where the electromagnetic field drives the mechanics or the heat. Parts move freely; nothing is re-meshed.
A magnet falls through a conducting tube. Time-domain FEM–BEM couples mechanical and electromagnetic forces.
Video and details
TAILSIT EM solver coupled with LS-DYNA explicit through preCICE.
Video and details
Eddy current losses used as the heat source in a coupled electromagnetic–thermal analysis.
Video and detailsFrom time to time we work on funded research with partners from academia and high-performance computing.
Virtual Prototyping of Electrical Parts with Geometry-based Analysis
Seamless integration of CAD and numerical simulation, to significantly reduce the cost of virtual prototyping. This requires extending existing CAD descriptions and profoundly modifying the simulation methods.
SME HPC Adoption Program in Europe
SHAPE helps European SMEs adopt high-performance computing. In this project, TAILSIT worked with HPC experts and had access to the VSC-4 supercomputer, to add distributed-memory parallelism and optimized MPI communication to its solvers.
When no product fits, we build on the same solver core for you.
FEM, BEM and coupled FEM–BEM, parallel with threads and MPI, integrated into your simulation workflow.
Forces, losses and heating from the EM field. Moving parts without airbox or re-meshing. Adapters for preCICE and LS-DYNA.
Graphical interface and backend design modules that replace Excel sheets and Matlab scripts, built around your product range.
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