CAE Software【Femtet】Murata Software Co., Ltd.
Functionalities
Pre-/Post-Processing
| Solid Modeler | Sketch, Boolean operation, Chamfer, Sweep, Spin, Spline curved face, Loft, Bonding wire, Distance calculation, Shell,Cross-section display, Streamlines |
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| Mesher | Automatic creation of 1st-order node elements (4 nodes) and 2nd-order node elements (10 nodes), Automatic creation of 1st-order node elements (8 nodes) and 2nd-order node elements (20 nodes)(optional), Adaptive meshing (h mehtod), Automatic boolean, Automatic imprint, Automatic intersection removal, Flattening of curved faces,Space meshing |
| Results Display | Deformation diagram, Vector diagram, Contour diagram, Streamlilne/Forceline, Integral, Animaition, Results in specified lattice, Analysis progress display, Local coordinate system, Graph, Tooltips |
| Macros | Excel VBA, Python(COM interface), Automatic VBA code generation |
| CAD Translation |
Standard Import ParasolidR (.x_t, .x_b), DXF (.dxf) Export ParasolidR (.x_t, .x_b), DXF (.dxf) |
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Optional (CAD Translator) Import CATIAR V6, V5, V4, Creo, Pro/ENGINEERR, I-deas, JT, Export ACISR, IGES, STEP, STL, PRC |
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| Matrix Solver | Direct method, Iterative method, Multigrid method, Multicore processing (optional) |
| Design Tools | Parametric analysis, Batch processing, Black box database, Material database, Nastran-form mesh data, CAD data healing, Model creation from mesh data |
Solvers
| Analysis Functionalities |
Static analysis, Harmonic analysis, Resonant analysis, Transient analysis (optional), Analysis with initial stress taken into account, Buckling analysis (linear), Large deformation analysis (large displacement and large strain) (optional) |
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| Materials | Elastic (isotropic/anisotropic), Elastoplastic (optional), Creep (optional), Viscoelastic (optional), Hyperelastic (optional), Coefficient of expansion (isotroppic/anisotropic), Temperature-dependent |
| Boundary Conditions | Displacement, Lumped load, Distributed load, Pressure, Torque load, Contact (friction), Arbitrary distribution boundary, Acceleration, Joint load, Spring connection, Remote load |
| Output Items | Displacement, Stress, Strain, Reactive force, Contact force, Strain energy, J integral, Participation factor, Effective mass, Pressure at contacting face, Contact area |
| Others | Acceleration, Thermal load (thermal analysis results can be imported), Initial strain, Strain energy, Birth/Death, Step analysis, Centrifugal force, Fatigue life (optional) |
| Analysis Functionalities |
Steady-state analysis, Transient analysis |
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| Materials | Isotropic, Anisotropic, Nonlinear |
| Boundary Conditions | Temperature, Heat transfer, Radiation, Thermal resistance, Natural convection (automatic coefficient calculation), Forced convection (simple-fluid analysis), Heat flux, Arbitrary distribution boundary, Heat sink |
| Output Items | Temperature, Heat flux, Heat density, Heat flow, Thermal resistance, Heat balance, Junction resistance, Heat path |
| Others | Heat source |
| Analysis Functionalities |
Steady-state analysis, Transient analysis, Fluid-thermal analysis (Forced convection, Natural convection)(optional), Diffusion analysis（Passive scalar) |
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| Materials | Density, Viscosity, Temperature dependency (optional) |
| Boundary Conditions | Solid wall, Slip wall, Forced iInflow/outflow (Flow velocity, Flow rate, Pressure, Fan), Inlet/outlet pair (Flow Velocity, Flow rate, Pressure, Fan), |
| Output Items | Flow velocity, Pressure, Turbulent flow energy(K), Energy dissipation rate(ε), Force on wall face, Pressure loss, Volumetric flow rate, Heat transfer coefficient (optional), Weighted average of flow velocity, Operating point of fan |
| Others | Laminar Flow, Turbulent Flow (Realizable K-ε Model), Specify internal flow (Velocity, Flow rate, Pressure), Porous Material |
| Analysis Functionalities |
Static analysis, Harmonic analysis, Resonant analysis, Transient analysis (optional), Analysis with initial stress taken into account , Large displacement |
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| Materials | Anisotropic piezoelectric, Dielectric, Metal, Viscoelestic materials (optional) |
| Boundary Conditions | Displacement, Lumped load, Distributed load, Pressure, Electric wall (voltage specified, floating electrode), Periodic boundary, Open boundary, Acoustic impedance, Arbitrary distribution boundary, Rotational displacement, Torque load, Acceleration boundary, Simple contact, Contact(friction) |
| Output Items | Displacement, Stress, Strain, Electric field, Electric flux density, Impedance |
| Others | Fast frequency sweep, Acceleration, Angular velocity, Thermal load, External resistance, Centrifugal force, Coriolis force |
| Analysis Functionalities |
Harmonic analysis |
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| Materials | Density, Sound speed specified, Damping medium |
| Boundary Conditions | Displacement, Speed, Pressure, Open boundary, Rigid wall, Acoustic impedance, Acceleration, Sound pressure level |
| Output Items | Sound pressure, Pressure, Radiation impedance, Directivity, Acoustic intensity |
| Others | Fast frequency sweep |
| Analysis Functionalities |
Static analysis, Harmonic analysis, Plating analysis, Hall element analysis |
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| Materials | Isotropic, Anisotropic, Dielectric, Conductive, Temperature dependent, Electric field dependent |
| Boundary Conditions | Electric wall (voltage specified, floating electrode), Open boundary, Plating boundary, Periodic boundary |
| Output Items | Electric potential, Electric field, Electric flux density, Current, Capacitance matrix, Electrostatic force, Loss density, Pointing Vector |
| Others | Space charge |
| Analysis Functionalities |
Static analysis, Harmonic analysis, Transient analysis (optional), External circuit coupled analysis (optional), Rotating machinary (optional), Translational machinery (optional) |
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| Materials | Isotropic, Anisotropic, Nonlinear, Magnetic material, Permanent magnet, Conductor, Temperature dependent,Irreversible demagnetization |
| Boundary Conditions | Magnetic wall, Electric wall, Surface impedance boundary, Open boundary |
| Output Items | Magnetic field, Magnetic flux density, Induced current, Eddy current, Inductance, Coupling coefficient, Electromagnetic force, Impedance, Torque, Superimposed DC characteristic, Joule loss, Hysteresis loss, Lorentz force |
| Others | Current-related items (I/O face, current value, turns, phase), Bulk coil, Halbach magnetization,MATLAB Simulink Linkage function with motor analysis→Integration with MATLAB Simulink for motor analysis (optional) |
| Analysis Functionalities |
Harmonic analysis, Resonant analysis, Waveguide analysis, Transient analysis (optional) |
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| Materials | Dielectric (isotropic/anisotropic), Magnetic (isotropic/anisotropic), Conductive, Multilayer electrode |
| Boundary Conditions | Electric wall, Magnetic wall, Impedance boundary, Port, Periodic boundary, Open boundary, Multilayer electrode, Lumped Constant (LCR and S-parameters inserted), Multilayer electrode |
| Output Items | Electric field, Magnetic field, S-parameters, Resonant frequency, Propagation constant, Directivity (2D/3D), Characteristic impedance, Antenna gain, Radiation efficiency, SAR, Peripheral magnetic field, TDR Pointing vector |
| Others | Fast frequency sweep, Thin electrode elements, Surface roughness, Balanced transmission line, Incident wave, Parallel discrete sweep, 1st-order/2nd-order element, Parallel discrete sweep, Interpolation sweep |
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