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ITI SimulationX v2.0

ITI"s as a new generation of nonlinear dynamic systems modeling and simulation engineering design software, SimulationX represents the system works in the field of modeling and simulation of the latest cutting-edge technology and the development direction of its main advantages as follows:

A wide range of applications:

SimulationX in a unified platform integrates mechanical, hydraulic, pneumatic, heat, electricity and magnetic model of professional standards, such as library, which contains a large number of rigorous verification of the physical model in different fields between the modules can be intuitive physical connection, In order to achieve a multi-disciplinary integration projects in the field of modeling and simulation can be widely used in mechanical and electrical systems design, optimization Robot and control system, vehicle and engine cooling systems, electromagnetic drive mechanism design, and so on.

Advanced modeling concepts:

SimulationX functional modular modeling strategy: various fields of common physical systems have broken down into a variety of simple physical meaning of the smallest functional unit, and the establishment of the model. Users can easily mix of these basic units to create a variety of model, as far as possible, detailed and precise deion of the parts and they constitute a complex engineering system.

General support SimulationX Modeling Language Modelica. SimulationX to provide users with a standardized, and standardized graphical development platform of the Second Type Designer: Based on -oriented SimulationX the concept of inheritance, the user can quickly and easily to the standard model SimulationX be modified in order to create a new model; or simply Combination units related to the new generation of reusable components of the model. In addition, users can also create a new language Modelica based on the model, component symbols, connectors, and so on all the parameters dialog box automatically without having any text editor; and to be able to own the user C code to model graphical module SimulationX integrated way into the package.

Structured model named model-level support, and allow users to any level of information model ( model, parameters, variables) for a visit.

SimulationX position in the use of engineers and technicians, modeling language is the common language of engineering: the physical model based on the graphic, units of the model makes SimulationX way into the engineering machinery, automobile, shipbuilding and aerospace industries in R & D ideal . SimulationX users from the tedious mathematical modeling liberate, which focus on the physical design of the system itself.

At the same time, three SimulationX compatible model: Based on mathematical equations to describe, based on the signal flow diagram of the box, as well as system functions based on the structure of the modeling module, module name of the variable parameters and clear, different users in accordance with their own characteristics and Expertise to choose their own model or the comprehensive use of a variety of ways.

Feature:

All complex systems engineering simulation model (modeling, set parameters, calculation, the results of output) can be in an environment (SimulationX) to complete.
Through more effective vector, matrix, the reference curve, the 2-D and 3-D look-up table assignment.
Models can be explicit or implicit explicit algebraic equations and differential equations to describe.
The user"s own C code written by external interface functions into SimulationX.
To support the on-line real-time hardware emulation. Repeatedly rich repeatedly to support the non-rich Chinese.
Detailed and comprehensive help functions.

User security model: the full protection of encryption.
The report can be customized model automatically generated features, user-friendly for document management.

Powerful computing features in SimulationX environment, the model can be analyzed at the same time to achieve a variety of programs.
Based on the analysis of the smart symbol solver to the user based on the mathematical model automatically select the best features of the algorithm points to shorten the simulation time and improve the accuracy of simulation, with a first-rate performance;
In the time-domain simulation, optimization of the DAE solver to solve the problem and the high-sparse matrix problems.
Balance calculation (static and steady-state).
A full range of linear systems analysis tools (the value of the characteristics of the system to solve; Bode diagram, Nyquist map, trajectory analysis of the root, etc.), modal analysis tools, spectrum analysis tools (fast Fourier transform FFT; second-order analysis, and so on), features Value, frequency response and transfer function, state space deion.

Study parameters.

Built-in automatic non-mathematical tools to solve the continuity of the digital simulation of the killer: intermittent points.

Optimization tools OptiY: identification and optimization, simulation reverse.
Database Connectivity: The model parameters can be directly connected with the database (Access, Excel, Oracle, etc.).
Model output: linear-output model (state-space law, ABCD matrix).
A complete model of the C code output (with or without solver solver).
Code can be generated independently run the EXE program, S functions and other program goals for HiL, RCP, SiL.

User-friendly interface and customizable workspace, user interface and fully compatible with MS Windows.
Model structure of the tree to show that users can directly access the browser model parameters and variables.
Multi-body three-dimensional visualization capabilities.
Model parameters and variables can be indicators of instruments, controls, text and other graphics and display adjustments.

For a number of parameters of the common definition of the model.
Can be customized to track and debug: log files recorded by an internal calculation of the process to help users model development and research complex parameters.
Address and parameters of the interface module.
Interface module can be set manually.

Rich model base

SimulationX integration of mechanical, electronic, magnetic, hydraulic, pneumatic, control, thermodynamics, and other professional model base, to meet the needs of different users in the field of electro-hydraulic design and integration of CAE simulation analysis.