Solvers
SEMCAD X Solvers
SEMCAD X solvers are available for 32bit and 64 bit, Windows XP, Windows 7, RedHat 4 and 5, Mandrake 2010. MacOS and SUN Solaris are available under request.
- FDTD Solvers: Yee-FDTD (standard fast FDTD solver), ADI-FDTD, FIT/C-FDTD (FIT and conformal FDTD solver), ADI/FIT/C-FDTD
- LF Solvers: Magneto Quasi-Static, Magneto Static, Electro Quasi-Static, Electro Static
- Thermal Solvers: standard Thermal solver, Conformal Thermal solver, Coupled EM-T solver, Steady-state Thermal solver, k_eff solver model, Flow solver
- Circuit Co-Simulation: coupled EM and SPICE circuit co-simulation solver
- Parallelized FDTD Solver
FDTD Solvers Features
| Transient, Broadband and Harmonic simulations |
| Results from time and frequency domain |
| Automatic or manual simulation termination |
| Boundary conditions: PEC, PMC, ABC, U-PML, C-PML |
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Support for run-time sensor monitoring |
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Arbitrarily combinable material types: Lossy dielectrics1, Multipole dispersive dielectrics1 (Drude, Lorentz, Debye, Generic), Thin resistive sheets1, PEC1, PMC1, Lossy Metals (SIBC)1, Nonlinear Dielectrics: Kerr and Raman Effect2 |
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Material averaging on object boundaries for all material types (including dispersive and nonlinear media) |
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Efficient multithreaded coefficient calculation and simulation setup |
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On the fly FFT |
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Point, Voltage, Current and Field Sensors |
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Field excitation: Hard-, Voltage-, Current-sources, Plane Wave, Huygens Box |
Additional EM Conformal Solvers Features
| Separate treatment of metals |
| Improved treatment of dielectrics (compared to original conformal) |
| User defined speed/accuracy tradeoff |
| Unconditionally stable and robust for arbitrarily complex structures |
| Smooth integration with conformal gridder/voxeler |
| T standalone solver |
| Coupled EM-T, extended Pennes Bioheat Equation for BioEM |
| Discrete vessel model for BioEM |
| Multiple EM sources (not bound to single simulation) |
| Correlated/uncorrelated superposition of fields, individual scaling |
| Pulsed excitation/time profile, on-off switch |
| T dependent tissues (electric conductivity , SAR, blood perfusion) |
| Time dependent specific heat generation rates |
| Tensorial heat diffusion |
| Conformal subcell T solver |
| Flexible boundary-conditions (Neumann, Dirichlet, mixed, for every interface and every direction) |
| Extended T solver functionality (field optimization extended features) |
| Thermal ablation (tissue damage) measure |
| Flow Solver |
| 3-D electro static and electro quasi-static potential solvers |
| 3-D Biot-Savart integrator (magneto static) |
| 3-D magneto quasi-static solver tailored for efficient human body simulations |
| Special focus on simulation of interaction of EM field with human bodies |
| fully integrated into SEMCAD X simulation platform |
| Coupled with Thermal solvers |
| Coupled circuit (SPICE)-EM simulation in time-domain |
| Full integration/coupling with SEMCAD X EM simulator |
| Circuit/layout design environment |
| Hardware acceleration compatible |
| Improved OpenMP Shared Memory parallelization for all above mentioned |
| Cluster OpenMP for Linux (Coming Soon) |
