Why to use?
1. System-Level Performance Optimization
Automotive: Evaluate powertrains, HVAC systems, and emissions management.
Aerospace: Analyze fuel systems, hydraulic actuation, and propulsion performance.
Industrial Applications: Optimize thermal systems, fluid systems, and energy recovery solutions.
2. Multiphysics Modeling and Control Validation
Simulate coupled systems to understand real-world behavior.
Validate control strategies for mechatronic systems early in development.
3. Digital Twin Development
Use reduced-order modeling to create digital twins for predictive maintenance and real-time optimization during operation.
Key Benefits
1. Boost System Simulation Productivity
Integrated Platform: Conduct multiphysics simulations from a single environment, including mechanical, electrical, fluid, and thermal systems.
Efficient Modeling: Leverage ready-to-use libraries and application-oriented solutions to quickly create and analyze models.
2. Address Complexity Without Compromising Quality
Comprehensive Capabilities: Simulate dynamic performance, optimize power consumption, and validate control strategies.
Reduced Prototypes: Minimize reliance on physical testing through accurate virtual analysis.
3. Stay Integrated with Enterprise Processes
Seamless Interoperability: Connect with CAD, CAE, and PLM tools, including Functional Mockup Interface (FMI) support.
Digital Continuity: Ensure all teams work from the latest design files with integration across Simcenter solutions and Teamcenter.
4. Accelerate Innovation with System Simulation
Early Validation: Balance performance trade-offs in the conceptual phase, ensuring faster time-to-market.
Real-Time Insights: Generate reduced-order models (ROMs) for real-time simulations and executable digital twins.
TechSim Positioning – Enabling Your Simulation Success
Expert Guidance
TechSim provides end-to-end support for Simcenter Amesim deployment, from training to integration.
Tailored Solutions
Align simulation capabilities with your specific industry requirements.
Enhanced Productivity
Our team helps you unlock Simcenter Amesim’s full potential to boost your engineering efficiency.
Technical Capabilities
1. Multidisciplinary Simulation
Simulate mechanical, electrical, fluid, and thermal systems in one platform.
Integrate control systems for comprehensive mechatronic analysis.
2. Thermal and Fluid System Simulation
Optimize HVAC, cabin comfort, and vehicle thermal management.
Model complex fluid systems like hydraulic actuators and fuel systems.
3. Propulsion and Energy Systems
Simulate powertrains, propulsion systems, and alternative fuel technologies.
Evaluate cross-system influences on emissions and energy efficiency.
4. Reduced-Order Modeling (ROM)
Develop ROMs for real-time simulation using advanced reduction techniques.
Create executable digital twins for enhanced operational decision-making.
5. Integration with Enterprise Workflows
Connect with PLM, CAD, and 3D CAE tools for seamless workflows.
Support co-simulation for complex multiphysics problems.
6. Advanced Model Management
Use Simcenter System Analyst for collaborative model sharing, versioning, and dependency tracking.
Automate simulation workflows and explore hundreds of design variations.
