SimulationX - model library for multi body systems

Edited by the Processingtalk editorial team Feb 12, 2007

SimulationX 2.0 supports graphical modeling, and allows complete analyses of mechanical 3D systems considering kinematics, inertia and elasticities

A cost and time saving simulation tool is essential especially for the system simulation of large body motion or for three-dimensional illustrations of models (bodies, links or forces).

SimulationX 2.0 allows complete analyses of mechanical 3D systems considering kinematics, inertia and elasticities.

The new Multi-Body Mechanics library in SimulationX 2.0 supports graphical modeling.

Application areas are numerous: besides construction machines, whose extensions with several hydraulic axes can perform complex movements in links, industrial robots can also be simulated and optimised.

Wind energy plants with huge rotors can be modeled by means of the Multi-Body Mechanics library, too.

Already during the design phase high-quality solutions can be generated by the use of substantial load assumptions.

Flow of movements resulting in dynamic loads for strength analyses can be determined and integrated afterwards in the drive and control concept.

In combination with additional SimulationX libraries, eg Power Transmission or Hydraulics, the Multi-Body Mechanics library is an ideal tool for the virtual testing of mechanical 3D systems and their interactions with drive and control.

Intuitive handling and different interfaces to CAD software are supporting engineers during the utilisation.

ITI is an internationally acting CAE specialist for Virtual System Engineering.

The company situated in Dresden combines two core business activities: firstly, the development of standard software tools for engineers and scientists.

Secondly, ITI carries out consulting, engineering as well as programming services at a high level of know-how, reliability and transparency.

ITI software tools are mainly used for power transmission, automotive technology and fluid power system as well as for mechanical engineering and plant construction.