Products
Master the Complexity of Multidisciplinary System Design with Integrated Simulations.
Simcenter Systems Simulation enables engineers to address the challenges of designing and optimizing complex, multidisciplinary systems. It supports rapid creation of heterogeneous system architectures, providing a unified environment for evaluating and balancing performance attributes from early concept through validation and operation.
What Is Simcenter Systems Simulation For?
1. System-Level Validation and Optimization
Automotive Systems: Powertrain electrification, HVAC systems, and emissions reduction.
Aerospace Systems: Fuel systems, environmental control systems, and propulsion.
Energy Systems: Renewable energy integration, Rankine cycle optimization, and industrial gas systems.
2. Multiphysics Modeling
Combine mechanical, electrical, fluid, and thermal simulations into a single cohesive environment.
Address coupling between systems to predict real-world behavior with accuracy.
3. Real-Time Operation and Monitoring
Develop executable digital twins for operational insights, predictive maintenance, and system optimization.
Enable system-level monitoring with live simulation data integrated into IoT platforms.
Reduced-Order Models (ROM)
Create lightweight, real-time executable models using machine learning and advanced reduction techniques. Enable rapid decision-making during both design and operation phases.
Seamless System Integration
Connect 1D and 3D CAE tools for co-simulation and multidisciplinary analysis. Integrate with PLM systems to maintain digital continuity across the product lifecycle.
Key Benefits
1. Engineering Insight – Gain Early and Holistic Understanding
Model the complexity of smart, electrified, and automated systems integrating mechanics, electrics, electronics, and controls. Evaluate system performance and trade-offs early, reducing reliance on physical prototypes.
2. Accelerated Development – Efficient Processes for Faster Results
Leverage a library of pre-built components for mechanical, electrical, fluid, and thermal systems. Rapidly design and test system architectures, enabling shorter development cycles.
3. Digital Continuity – Stay Integrated Across Teams and Tools
Share simulation models across teams and integrate with PLM and CAD tools for seamless workflows. Deploy reduced-order models (ROM) for real-time simulation and executable digital twins.
4. Scalability and Flexibility – Tailored to Your Needs
Adapt to a range of industries, including automotive, aerospace, industrial machinery, marine, and energy. Scale from early-stage conceptual design to real-time system monitoring during operation.
Technical capabilities
Multidisciplinary System Simulation
Integrate mechanics, fluid systems, and control systems into a single simulation platform. Simulate interactions across systems for holistic design insights.
Thermal and Fluid System Modeling
Optimize thermal systems for HVAC, cabin comfort, and vehicle thermal management. Model fluid systems such as hydraulic actuation or fuel and cooling systems with detailed libraries.
Electrical and Propulsion System Simulation
Simulate electromechanical systems for dynamic performance and controls validation. Model powertrain systems, including electric propulsion and alternative fuel integration.
Reduced-Order Models (ROM)
Create lightweight, real-time executable models using machine learning and advanced reduction techniques. Enable rapid decision-making during both design and operation phases.
Seamless System Integration
Connect 1D and 3D CAE tools for co-simulation and multidisciplinary analysis. Integrate with PLM systems to maintain digital continuity across the product lifecycle.
TechSim Positioning
Your Partner in System Simulation Excellence
Empowering Innovation:
TechSim provides the expertise to leverage Simcenter Systems Simulation for rapid innovation and optimization.
Tailored Solutions:
Our experts ensure seamless integration with your existing toolchains and workflows.
End-to-End Support:
From training to deployment, TechSim helps you unlock the full potential of system simulation technologies.
