TOR (Russia) announces ELCUT 3.0A -- 2D Field Simulation Software for
Electrical Engineering.

ELCUT is a PC-oriented interactive tool for engineering analysis and
design. It solves plane and axisymmetric problems of electrostatics,
nonlinear DC magnetics, current flow, nonlinear heat transfer and stress
analysis.

ELCUT is able to solve problems of up to 100,000 degrees of freedom on
almost any IBM compatable personal computer.

With problems of magnetostatics, ELCUT's capabilities include:

 -  nonlinear or anisotropic magnetic properties;
 -  special utility for editing B-H curves;
 -  special approximation functions for axisymmetric
    formulation providing high precision near the axis of
    rotation;
 -  permanent magnets with linear or nonlinear
    demagnetization curve;
 -  superconductors;
 -  distributed and concentrated currents;
 -  Dirichlet or Neumann boundary conditions;
 -  calculator: energy, self and mutual inductances, magnetic
    forces, torques, m.m.f., etc.

ELCUT was developed to make field calculations maximum fast, easy and
intuitive clear. After 3 hours playing with ELCUT, you can solve quite
complicated problem in 15 minutes.

The educational version of ELCUT (500 degrees of freedom) is available as a
shareware for educational use and evaluation from world famous archives of
SIMTEL20, WUARCHIVE or GARBO.

ELCUT COMPONENTS

With the model editor, you can define a finite element model quickly,
easily, and completely in the ELCUT preprocessing phase. You also can
import model fragments from AutoCAD or other CAD system. You can easily
control the mesh density at several significant points. The smooth mesh in
the whole region is produced automatically and very quickly.

The interactive postprocessor will help you to analyze the results with
various forms of presentation: field lines, color maps, X-Y plots, etc.,
calculate different surface and volume integral quantities in the contours
of arbitrary shape. It also can produce the tabulated output to a file for
subsequent use in your own program.

The solvers based on an innovative Geometric Decomposition method are 10 to
50 times faster than any competitive program for PC.

Specific time expenses for solving linear magnetic problem of 50,000 nodes
on different PC platforms are as follows:

     PC/AT-286/287 (16MHz, 2Mb RAM):     45 Min.
     PC/AT-386/387 (25MHz, 8Mb RAM):      8 Min.
     PC/AT-486     (33MHz, 8Mb RAM):    3.5 Min.

HARDWARE CONFIGURATION

 Computer:    A 286, 386 or 486 based IBM PC/AT compatible.
 Coprocessor: Intel 80287 or 80387 math coprocessor.
 Memory:      640K minimum, 2MB recommended (1MB extended),
              4-8MB recommended for huge problems.
 Display:     EGA, VGA color or LCD monochrome.
 Mouse:       Microsoft mouse or 100% compatible.
 System:      PC-DOS or MS-DOS (Rev. 3.3 or above).

DISTRIBUTION KIT

 1. Two 1.2MB or 1.44MB diskette.
 2. Hardware protection key.
 3. User's guide in English.

In addition to packaged software, we also offer software maintenance,
consultancy and Hot-Line technical support via e-mail and fax.

ELCUT does not require expensive hardware, nor waste a lot of disk space,
but it solves very large problems with high precision and a record speed.
ELCUT has several customers around the world, including CERN in Geneva.

TOR Cooperative Enterprise produces CAE/FEA software for PC, which
incorporates Russian programming quality with achievements of Russian
school of linear algebra.

     TOR Co-op.
     6 Uglovoj per.,
     St.Petersburg, 198052 Russia
     +7-812-292 1965
     +7-812-110 1334 fax
     Email: mazin@tor.spb.su  (Internet)

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