New standard CAE tool SimulationX 2.0
Product News Thursday, May 25, 2006: ITI GmbH
New standard CAE tool SimulationX 2.0 for physical system simulation is released
Effective as from 1 April 2006 SimulationX 2.0 - the newest version of SimulationX developed by ITI Dresden - is released. Various new features, functionalities, modules, and extensions enable engineers in the technical departments of medium and large enterprises, to develop, virtually test and analyze components and systems of arbitrary complexity.
Improved highlights in SimulationX 2.0 are in extracts:
- Significantly shorter start-up time;
- New user interface supporting XP Themes;
- Extended Model Libraries (e.g. Power Transmission: rigid / non-rigid properties);
- New in the TypeDesigner: Modelica specification is completely supported.
Another improvement in SimulationX will be the Code Export: ITI models can be integrated as S-functions for instance into Simulink models. The ITI C-Code Export with the Option S-Function automatically generates all necessary components. Also, the automatically generated S-function can be processed by the Real-Time Workshop® (RTW) in order to generate code for any of the target platforms supported by the RTW.
SimulationX is a modeling and simulation platform for valuation of the interaction of all components of technical systems. It is the universal CAE tool for analyzing of physical effects – with ready-to-use model libraries for, e.g., 1D mechanics, 3D multibody systems, power transmission, hydraulics, thermodynamics, electrics, electrical drives, magnetics and many more. Add-On software programs complement the SimulationX software for special applications, e.g., the ITI EdgeDesigner 1.0 supporting the design of fluidic components especially hydraulic valves.
SimulationX users like DaimlerChrysler, PSA Peugeot Citroën, Siemens, HUSKY Injection Molding Systems, Bosch Rexroth, Moog, and Norgren are represented worldwide in all technical sectors.
With SimulationX a tool became available which allows an efficient and time-saving development of system solutions. The user-friendly engineering tool reduces considerably development costs and minimizes expenses for cost-intensive prototype testing on the complete system.
