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In today¡¯s rapidly evolving industries, precision and efficiency are paramount. Engineers and designers across various sectors need to ensure that their systems operate seamlessly before they are built. This is where system simulation comes into play¡ªa process that allows engineers to create virtual models of physical systems and analyze their behavior under different conditions. By simulating systems, you can predict performance, optimize designs, and troubleshoot potential issues long before physical prototypes are built.

System simulation is the use of software tools to model and analyze complex systems, which can include mechanical, electrical, thermal, fluid, or multi-physical domains. By utilizing mathematical models¡ªsuch as finite element analysis (FEA) for structural simulations, or multi-body dynamics (MBD) for mechanical systems¡ªengineers can mimic real-world scenarios and understand how components interact within the system.

SimulationX is pivotal in driving innovation across various industries by helping customers master the growing complexity in final performance validations at early design stages. Here are some notable real-world use cases where SimulationX has been instrumental in getting early confidence in the performance of large systems: 

Automotive Engineering: TU Dresden uses SimulationX to revolutionize engineering efficiency through cyberphysical prototyping. Tata Motors leverages SimulationX for validating green, sustainable automotive transmission technologies and for gearshift simulation, specifically analyzing shift feel perception using Hardware-in-the-Loop (HIL) methods. IAV utilizes SimulationX to evaluate low-frequency NVH (Noise, Vibration, and Harshness) phenomena in electric vehicles, enhancing vehicle acoustics and comfort. Daimler Truck applies SimulationX for developing multibody systems models of trucks, crucial for advancing digital twin technology.

Space Exploration: JAXA and NewtonWorks Japan employ SimulationX for multidisciplinary concurrent design in reusable launch vehicles and spacecraft, integrating multi-physics modeling and simulation to achieve future space missions.

Machinery and Sustainability: Rexroth utilizes SimulationX to enhance sustainability in machinery through digital twins and system simulation. EA Systems applies SimulationX for analyzing system hydraulics in building energy supply, focusing on networked residential and industrial districts.

Mining Industry: INNOMOTICS employs SimulationX to create simulation models central to digital twins for copper ore mining operations, improving operational efficiency and resource management. The University of Waterloo, Canada, uses SimulationX to assess and redesign jackleg hammer drills, demonstrating how simulation drives improvements in mining equipment design.