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Tutorial

Femtet tutorial helps you learn how to use Femtet.

If you are a first-time user, start with an analysis tutorial of your interest.
After that, continue on to the modeling tutorial to familiarize yourself further with the solid modeler built into Femtet .

It is not necessary to go through the modeling tutorial,
if you are going to import CAD data and have no plan to use the Femtet solid modeler.

After completing this tutorial, please go through Examples, where you will find a variety of useful examples.

Analysis Tutorials (Required time: approximately 30 minutes for each)

Electric Analysis (Coulomb) The electric field around a pair of electrodes in the dielectric material is solved. The resulting electric field is displayed and the capacitance is obtained.
Magnetic Analysis (Gauss, Static Analysis) A coil with core is calculated by the static analysis of the magnetic solver. The resulting magnetic field is displayed and the inductance is obtained.
Magnetic Transient Analysis (Luvens, Transient Analysis of Motor) IPM motor is analyzed. The torque and magnetic flux density are obtained.
Magnetic Transient Analysis [Luvens, Motor Modeling Tool] The 2D motor is analyzed with the motor modeling tool.
Electromagnetic Analysis (Hertz) 3D Harmonic Analysis Harmonic analysis is performed for an open-circuit stub. S-parameters are obtained and the electromagnetic field is displayed .
Electromagnetic Analysis (Hertz) 2D Waveguide Analysis The waveguide analysis is performed for a coaxial cable. The propagation modes are solved. The characteristics obtained are the propagation constant, the decay constant, the Q factor and the characteristic impedance.
Thermal Analysis (Watt) A heat source placed on a substrate is analyzed. The cooling by natural convection is solved.
Stress Analysis (Galileo) The stress and the deformation of a pressured case are solved in this tutorial. The case is pressurized internally at 100 Pa. The case bottom is mechanically fixed.
Piezoelectric Analysis (Rayleigh) A device with two piggybacked piezoelectric plates is analyzed. Two materials are reversely polarized each other.
Acoustic Analysis (Mach) The sound waves generated by a vibrating disc in the air sphere are simulated and analyzed.
Fluid Analysis (Bernoulli) A flow in the flow path with an obstacle is solved in this tutorial. Create only a fluid body for analysis. To analyze the internal flow in the model with such a solid domain as a pipe, refer to the tutorial: Fluid Analysis_2 (Bernoulli, Diffusion Analysis: Automatic Internal Fluid Creation). To analyze the external flow in the model with such a solid domain as a substrate, refer to the tutorial: Fluid Thermal Analysis (Bernoulli Watt, Automatic External Fluid Creation).
Fluid Analysis_2 (Bernoulli, Diffusion Analysis: Automatic Internal Fluid Creation) Fluids containing diffusing materials at different concentrations flow in from two inlets of the T-shaped pipe, mix with each other, and flow out through one outlet. The flow is solved. Select [Automatic Fluid Domain Creation]. Create only a solid body for analysis.
Fluid Thermal Analysis (Bernoulli Watt, Automatic External Fluid Creation) The cooling by natural convection (steady-state analysis) is solved in this tutorial. A heat source is placed on a substrate and the substrate is placed in the air. The tutorial model Thermal Analysis (Watt) is solved using fluid-thermal analysis with external fluid flow taken into account.
Simple Fluid-Thermal Analysis (Pascal/Watt) A heat source placed on a substrate is analyzed. The cooling by forced convection is solved with the combination of Pascal and Watt.