SimulationX


SimulationX is a CAE software application running on Microsoft Windows for the physical simulation of technical systems developed and sold by ITI GmbH in Dresden, Germany.

SimulationX
Sankey Hybrid
SimulationX
Developer(s) ITI GmbH
Stable release 3.7 / November 2, 2015 (2015-11-02)
Operating system Microsoft Windows
Platform Intel x86 32-bit, x86-64
Available in English and German
License Proprietary commercial software
Website SimulationX product page


History

In the mid 1980s, VEB Mikromat in Dresden developed a program for DOS to design controlled feed axis systems and to perform hydraulic calculations. In 1993, ITI GmbH, founded by former Mikromat employees in 1990, introduced a simulation tool for Microsoft Windows designed for dynamic calculations of drive systems: ITI-SIM 1. With the release of ITI-SIM 2 in 1995, the software also allowed for fluid simulations. In 2002, the newly developed application SimulationX, based on the object-oriented description language Modelica, was introduced to the market. By the year 2007, ITI-SIM (then in version 3.8) had been completely replaced by SimulationX.

Modeling and Functionality

Simulation models are created on the basis of a discrete network approach. That means the system is broken down into logical parts which are linked through specific connections. These sub-systems are represented by preconfigured or custom model elements organized in domain-specific and custom model libraries. The sub-models are then parameterized and connected with each other. Models can be created either through the graphical user interface or by using Modelica command lines.

Libraries

acoustic system simulation model (in-ear headphones)

Model libraries can be obtained as modular packages from the software producer. There are various libraries available with basic models for the corresponding physical domains as well as libraries with advanced models for specific applications and industries. Depending on the objective, the user can choose from 1D, 2D and 3D model elements with respect to the modeling, simulation and parameterization requirements. Modelica-based third-party and custom-built libraries can also be integrated into SimulationX.

SimulationX libraries include:

Modelica

SimulationX supports the Modelica modeling language to simulate individually created, realistic (sub-)models.[1] Models of the Modelica Standard Library or the ones purely based on the Modelica language definition can be executed.

Interfaces

SimulationX provides open, comprehensive CAx-interfaces to external programs for different purposes and applications, e.g. CAE (VehicleSim (CarSim, BikeSim, TruckSim)), CAD (Solid Edge, Unigraphics / NX, SolidWorks, Creo Elements/Pro, Autodesk Inventor, CATIA V5), CAM, Computer-aided optimization (e.g. Isight, modeFRONTIER, Optimus, optiSLang, OptiY), FEA/FEM (Abaqus, Ansys, COMSOL Multiphysics, MSC Nastran), CFD. Co-Simulation provides a general interface which can be used to link SimulationX to CAE tools with predefined setups for particular realizations (MSC.Adams, SIMPACK, MATLAB/Simulink, Fluent, Cadmould etc.). The coupling ensures the data exchange between the tools and the simulation software. Tools for a holistic structural and system analysis (equilibrium computation, natural frequencies, vibration modes, input-output analysis) and for linking a simulation model to the databases are available. A COM interface allows communication between SimulationX and other Windows applications for user-defined batch runs, embedded simulation, parameter studies, or optimizations.

Code-Export features support the generation of C source code for seamless model integration, Hardware-in-the-loop (HiL) applications and Rapid Control Prototyping, Functional Mock-up Virtual Machine. Throughout all stages of modern system design processes, engineers and scientists can work with a variety of seamlessly integrated tools. The connection of SimulationX to real-time testing and simulation platforms such as LabVIEW, NI VeriStand, dSPACE, ETAS LABCAR, and SCALE-RT heavily increases the productivity in the design cycle and shortens time-to-market of new products.

SimulationX supports the creation and import of Functional Mock-up Units definded by the Functional Mock-up Interface standard (development started by the MODELISAR project). Standardized interfaces facilitate the platform-independent exchange of simulation models and increase the flexibility in the connection of external simulation tools and models.

Industry usage

SimulationX is used for designing, modeling and analyzing the dynamic behavior of complex mechatronic systems as well as for virtual tests in many industries, research and education including the automotive sector, railway and shipbuilding, heavy machinery and mining, power generation and building technology, aerospace and defense, mechanical engineering, medical engineering, oil and gas, precision instruments and home appliances as well as consumer electronics.

Academic usage

SimulationX is widely used in education and research worldwide.[2]

See also

References

  1. ↑ Modelica Newsletter 01/2013
  2. ↑ Textbook Dynamics of Machinery, Dresig, Hans, Holzweißig, Franz, 2010, With CD-ROM., ISBN 978-3-540-89939-6

External links

This article is issued from Wikipedia - version of the Thursday, November 19, 2015. The text is available under the Creative Commons Attribution/Share Alike but additional terms may apply for the media files.