Try out Field Precision finite-element software packages for your application. Click on the package name to obtain an installation file. Run the installer to create a directory c:\fieldp_demo and to organize executable programs, data files, instruction manuals and ready-to-run examples. The installer also creates a desktop shortcut to FPController Demo, the central program launcher for all packages. Read readme_demo.html in the fieldp_demo directory. To install multiple packages, simply run the installers in any sequence. (Programs run under 64-bit Windows XP, Vista, 7, 8 and 10)
The software makes no changes to your computer and sends no information to Field Precision or other organizations. An Internet connection is not required for operation. To remove the programs, follow the standard Windows deinstallation procedure. The demo programs perform all physics and mathematical functions of our Professional packages with some limitations on the mesh size and number of material regions.
||Electrostatic solutions (cylindrical and planar systems), in dielectric or conductive media (2D).
||Electrostatic solutions in dielectric or conductive media (3D).
|Magnet Design Toolkit
||Magnetostatic solutions with saturable magnetic materials, drive coils, permanent magnets and anisotropic materials (2D).
||Magnetostatic fields and forces with drive coils, high-permeability materials and permanent magnets (3D).
||Time-domain electromagnetic analysis: simulations of electromagnetic interference and pulsed-power devices.Frequency-domain simulations of electromagnetic propagation and microwave devices (2D).
||Time- and frequency-domain electromagnetic fields: microwave and pulsed-power technology (3D).
||Monte Carlo calculations of electron/photon/positron radiation transport in matter. Simulations of X-ray sources and imaging devices (2D/3D).
|Trak Charged Particle Toolkit
||Charged-particle tracking, beam transport and electron/ion gun design (2D).
||Charged-particle tracking, beam transport and electron/ion gun design (3D).
|Thermal Analysis Toolkit
||Dynamic and steady-state thermal transport analysis in solids and biological media with temperature-dependent properties (2D).
||Dynamic and steady-state thermal transport analysis in solids and biological media with temperature-dependent properties (3D).
||RF electric fields in biological media and lossy dielectrics (2D).
||RF electric fields in biological media and lossy dielectrics (3D).