Highlights of these releases include the following:
Loss calculation in MagNet's Transient solvers (see below)
o extrusion as a mesh layer option
o position-dependent (forward/backward) load parameters
o parameters that relate to the "Raleigh region" and the number of "curve fit knots" for material curves
Enhanced display of curved surfaces
Improvements in volume meshing and re-meshing for MagNet's Transient 3D with Motion solver and general solution speedup
Click here (
http://www.infolytica.com/secured/customer/support/files/) to go to our Download page.
Loss calculation in transient solvers available in latest version of MagNet:
There are many different formulations available to account for iron loss in problems where the waveform is non-sinusoidal. Regardless of which method is
used, the calculations are all approximations that try to generalize the data in the standard loss curves. These loss curves are a function of frequency
and peak induction, which assume a sinusoidal excitation. In order to use these curves, the equivalent frequency and equivalent peak induction have to
be determined from the transient waveform. Version 6.22 of MagNet achieves this by allowing the equivalent frequency to be specified as an independent
parameter for each geometric component. The equivalent peak induction is calculated as half the difference between minimum and maximum values in a
specified time interval. The loss curve for a particular component is constructed based on the specified equivalent frequency, and this curve is used to
determine the loss at each point in the component, as a function of the equivalent peak induction.
A technical note on Thin shell meshing with layers: (
http://www.infolytica.com/en/products/technote/mesh%20layers.pdf) is provided as an overview of how
the use of Infolytica's Mesh Layers feature can help maximize the efficiency of a solution mesh and obtain more accurate results.
Free MagNet Trial Edition now comes with additional documentation that is ideal for undergraduate courses:
If you're one of the thousands that have already downloaded a free copy of MagNet Trial Edition, you're probably aware of the extensive documentation
package that is included with the software. What you may not know is that additional documentation
http://www.infolytica.com/en/products/trial/trialdoc.html) , tailored towards the use of MagNet in a classroom environment, is also available free-of-
charge from our web site. This includes Year 1 & Year 2 course modules (Electromechanics / Electrical Machines and Systems) and a document that compares
several different designs for a moving-coil driver of the kind used in loudspeakers and vibration generators. We wish to thank Professor J D Edwards of
the Department of Engineering and design at the University of Sussex for allowing us to reproduce and distribute these documents.
News & Events
March 19-23, 2006
SAE World Congress 2006
April 3-6, 2006
Electromagnetics with MagNet
May 16-18, 2006
This three-day course helps participants acquire a sound understanding of 2D/3D electromagnetic modeling, whilst learning how to work more effectively
on their company's designs using MagNet software.