Infolytica Announcement #17
April 11, 2003
Gallery
Floating Point: electromagnetic-thermal simulation
For this analysis, we are using the same model that is described in the Floating Ring gallery page, except that in this case, MultiNet combines the Transient Thermal solver in ThermNet and the Transient with Motion solver in MagNet to solve the coupled electromagnetic-thermal problem.
Linking Infolytica's products with MATLAB®
This gallery page examines the ease with which any of Infolytica's product line can communicate with other third-party software that uses ActiveX technology.
Open Boundary tool demonstration
This example demonstrates the excellent results that can be achieved when using our open boundary methodology, which is based on the Kelvin transformation. The Open Boundary tool described in this example can be downloaded from the Free Add-ons section of our web site.
Products
Trajectory Evaluator v1.0.1
The latest version of the Trajectory Evaluator Assistant allows the defined particle to be acted upon by two forces instead of one. As always, the field is acted on by the electrostatic/magnetostatic fields calculated by the ElecNet/MagNet model. In addition to this, a constant external force can be applied to the particle and the effect on the resulting trajectory can be observed.
News & Events
Training courses
The next MagNet Training Course is scheduled for May 13 - 15, 2003. This course offers a fast way to become productive with one of the most powerful 2D and 3D software tools available for the Electromagnetics' designer.
This announcement is offered as a way to inform the Electromagnetic community of the many efforts Infolytica is making to provide state-of-the-art advances in this field. If you wish to be removed from our mailing list, simply send an e-mail to listserv@listserv.infolytica.com with the words "SIGNOFF INFO-ANNOUNCE" in the message field.