Software Catalogs - Integrated Engineering Software - #2

Integrated Engineering Software's premier electromagnetic simulation tools put you on the cutting edge of Computer Aided Engineering. Integrated's products are specifically designed to combine the advanced technical capability of the Boundary Element Method (BEM) - the most powerful CAE solution available - with an intuitive, easy-to-use interface.

Avoid repetitive and costly prototype development. Create high-quality virtual prototypes for design optimization. Realize significant cost-savings through increased efficiency and shorter product design cycles. All this without the steep learning curve usually associated with CAE software tools.

Integrated's utilization of the BEM means that only " active" regions require discretiza­tion. Fields can be calculated anywhere else in the " world".

Electro * (2D/RS) and Coulomb *

(3D) provide electric field analysis Applications ranging from electrical stress analysis of High Voltage equipment to characterization of integrated circuits.

Magneto * (2D/RS) and Amperes* (3D) solve for a wide range of magnetic field applications, including motors, solenoids and magnetic recording devices.

Oersted * (2D/RS) and Faraday* (3D) give insight into the operation of all devices where eddy currents or skin effects are significant. Applications include three-phase motors, non-destructive test systems and induction heating and hardening systems.

Lorentz* (2D/RS and 3D) calculates the path of charged particles or beams of particles through electric and magnetic fields. Applications requiring this type of analysis include display devices (CRT's) and particle accelerator research.

Singula * (3D) facilitates the analysis of radiating and scattering devices. Antenna radiation patterns and input parameters, radar cross section and power absorption as well as a wide range of other para­meters are calculated and displayed.

Solenoid

NDT Coil

CRT

HV insulator

Dipole Antenna

Utilization of the BEM also allows for the modeling of true geometry curvature rather than straight line approximations required by other methods.

Models with thin layers and extreme aspect ratios are handled more easily.

Fields are calculated by integration, effectively smoothing out discretization and round­off error. Other methods use differentiation, which tends to amplify error.

Your IES program comes with a one-year full-service maintenance package including:

• software updates

• technical and application support

Additional support services:

• Custom software development

• Workshops and Seminars

At Integrated Engineering Software, we offer the highest level of customer service and support in the industry. Starting with your very first contact, our professional team is available to fully discuss your design needs.

To complement your electromagnetic analysis software, choose Integrated's thermal and structural analysis tools. Kelvin* (2D/RS) and Celsius* (3D) are stand-alone thermal packages and Elasto* (2D/RS) is a fully-functional structural package, all using the same innovative

Boundary Element Method as Integrated's electromagnetic packages. The complete solution your device is obtained by coupling the tools, using the electromagnetic power loss or force output as input for the thermal and structural analysis.