SimulationX was developed by ITI company. SimulationX can be used in many industrial fields, such as automobiles, aerospace, ships, electronics, construction machinery and so on.
SimulationX, as the mainstream platform for advanced modeling and simulation of complex systems in multidisciplinary fields, has the basic model base of various disciplines involved in vehicle engineering: control, machinery, hydraulic, pneumatic, electrical, magnetic and thermal. In addition, it also has a special module library, which directly corresponds to the major systems of the vehicle, including engine system, power transmission system, suspension system, steering system, braking system and air conditioning system. These basic libraries and special models make SimulationX a standard platform for modeling and simulation of new car development in the world.
Automobile system consists of engine system, power transmission system, suspension system, steering system, braking system and air conditioning system. The basic library and special model of SimulationX software can realize the simulation of each main system respectively to achieve the research purpose, and at the same time, it can flexibly connect the models of each main system directly to realize the simulation of the whole vehicle system.
ITI SimulationX provides you with a low-cost and high-efficiency multidisciplinary system development solution, which enables all development partners to contribute their core strengths in their familiar development environment, thus providing enterprises with significant competitive advantages.
SimulationX enables engineering technical service providers and engineers in technical departments of large and medium-sized enterprises to develop, virtually test and analyze any complex systems and components.
SimulationX can benefit you in the following ways:
Using SimulationX, engineers from different disciplines can use familiar and effective development methods to convert subsystems into components or system models.
SimulationX can simulate the interaction between components in multidisciplinary fields. This makes SimulationX obviously different from any other type of CAE software (FEM, CFD, MBS).
As a standard and universal modeling and simulation platform, SimulationX has established a basis for mutual understanding and communication for all system development participants.
In the whole development process, the dynamic system characteristics of modern complex machinery and equipment can be managed, controlled and judged.
SimulationX contains many components and subsystems, including pre-processing and post-processing, so it can quickly solve the simulation task.
The application of SimulationX can greatly reduce the development cost, and minimize the expensive prototype testing cost and the design cost of the whole system.
Any physical quantity in the model, including those that are difficult or impossible to measure in the actual system, is observable, which enables users to have a deeper understanding of the whole system.
SimulationX model has been verified in the actual system development, which enables you to accurately evaluate the feasibility of the design scheme.
SimulationX can greatly improve the system integration. Although different physical properties (such as machinery, heat and electronics) and different subsystems (drivers, machines and processes) are described independently of each other, simulation, analysis and optimization are completed in interaction.
The goal-oriented expansion and perfection of virtual subsystem can completely break the existing foundation.
SimulationX can greatly improve product quality. In the process of simulation analysis, it is necessary to constantly consider the system parameters close to the real virtual model, which provides the possibility for the overall inspection, comparison and evaluation of the new scheme.