求FEKO软件

如果要使用完全版，请老老实实购买。如果只为试用，自己去官网下载Lite。

补充一下LITE 虽然有被限制.但是他是可以让我们了解更多的演算法.对自己的研究方向
What is FEKO LITE?
http://www.feko.info/product-detail/feko-lite
FEKO LITE is a free, fully featured version of FEKO, but with limitations on the size of problem that can be solved (listed below).  FEKO LITE is ideally suited to forming part of under-graduate courses on EM engineering (EM theory, antenna design, etc.). Antenna models can be created very quickly within the powerful GUI; exposing students to CAD concepts along the way. Alternatively, instructors could provide students with parametrised models which they can then easily experiment with, in order to gain insight into the course work at hand. FEKO LITE could also form the basis for simple antenna design projects.
More .....
Academic UseAt present, FEKO is being used at more than 200 educational institutions worldwide in teaching the principles and practices of EM engineering.Educational use of FEKO: options and benefits The FEKO team is committed to supporting engineering education through FEKO. The use of FEKO benefits students as they gain experience with a leading CEM tool widely used in industry. Academic institutions in turn can benefit through using FEKO, by strengthening industrial ties.
The FEKO Student Competition is organised annually to give students the opportunity to showcase their hard work.
FEKO: A Powerful Educational ToolFEKO offers a broad range of computational electromagnetic techniques combined in one package.  The solver includes the Method of Moments (MoM), Multi-level Fast Multipole Method (MLFMM)  and Finite Element Method (FEM) full-wave methods, as well as the Physical Optics (PO), Geometrical Optics (GO) and Uniform Theory of Diffraction (UTD) asymptotic methods.
Users have the freedom to solve a diverse set of electromagnetic problems with FEKO's various numerical methods and hybridisations. Students can use FEKO to learn basic electromagnetic principles or to investigate the finer intricacies of the different CEM techniques. The hybridisation of these techniques enable advanced research that would not be possible with a code that relies on a single technique.