SYSMAGNA is an electromagnetic simulation software used in the low frequency domain.
For numerous industrial applications, the processes involved are based on electromagnetic phenomena. Examples include:
Static converters (transformers, insulators)
Electromechanical converters (motors, actuators, clutches),
Induction heating systems, and more generally, applications involving Joule effect.
Numerical simulation techniques are of the greatest interest in connection with the design of those systems that involve such complex phenomena, and such largely intangible quantities. SYSMAGNA is a specific FE package used for the simulation of those complex electrotechnical simulations.
What you gain:
User friendly dedicated Graphical User Interface with integrated geometry definition, powerful meshing tools, reliable and powerful solvers and a dedicated interactive graphical post-processor
Modules for stationary, transient and dynamic computation
Many and varied material description possibilities: Isotropic, anisotropic and orthotropic materials
Linear or non-linear: the user can define electric conductivity or the dielectric permittivity as a function of the field or enter a special B(H) magnetisation law
Material properties can be temperature dependant
Integration of permanent magnets
Transport terms (moving parts)
Modelling of infinite media
You can use SYSMAGNA to display the following results:
Electric and magnetic fields
Equipotential curves
Eddy current
Streamlines and lines of force
Magnetic and electrodynamic forces
Display of saturated areas
Dissipated power (Joule-effect from current density values)
Temperature dependant physical properties
Electromagnetic forces applied to the structure
Mechanical strains
