Why to use?
1. Thermo-Fluid System Engineering
Early Design: Quickly size and balance systems while reducing costs and identifying potential issues early.
Detailed Design: Simulate transient events and dynamic system behavior for operational safety.
2. Advanced Physics Analysis
Simulate non-Newtonian fluids, rotating machinery flow paths, and two-phase dynamics to model complex systems accurately.
3. Digital Twin Implementation
Optimize performance and safety by using the digital twin for real-time monitoring and predictive maintenance.
Key Benefits
1. Accelerate Time-to-Market
Early Design Optimization: Rapidly size and balance systems using accurate solvers and component libraries, enabling faster procurement and design decisions.
Automatic Data Import: Save time by importing geometrical data (P&ID, CAD, or GIS) directly into the model.
2. Ensure Safe and Efficient Operations
Dynamic Behavior Simulation: Analyze scenarios like pump failure, valve closures, and cavitation to ensure safety under all conditions.
Advanced Physics Modeling: Accurately simulate phenomena such as pressure surges, chocking, and two-phase flows.
3. Maximize ROI with Digital Twin Integration
Lifecycle Usage: Reuse the model for procurement, commissioning, and operations as an executable digital twin.
IoT Connectivity: Connect the digital twin to real system sensors for enhanced monitoring and operational insights.
4. Embrace Digital Transformation
System Integration: Seamlessly connect with PLM, CAD, simulation, and industrial IoT platforms for a unified workflow.
Virtual Commissioning: Safely verify interactions between virtual programmable logic controllers (PLCs) and system models before physical implementation.
TechSim Positioning – Your Partner for Success
Comprehensive Support
TechSim assists with deployment, training, and integration of Simcenter Flomaster.
Customized Solutions
Tailor the simulation environment to your industry-specific needs.
Enhanced Productivity
Unlock the full potential of Flomaster with expert guidance and streamlined workflows.
Technical Capabilities
1. Thermo-Fluid System Simulation
Model and optimize industrial gas systems, cooling systems, and pipelines for safe, efficient operation.
Conduct steady-state and transient analyses to evaluate real-world scenarios.
2. Advanced Physics Modeling
Simulate complex fluid phenomena like viscoelasticity, cavitation, and compressibility.
Analyze rotating machinery and advanced flow paths.
3. Maintenance, Repair, and Operations (MRO)
Connect to IoT sensors for real-time performance monitoring and operational insights.
Use virtual PLCs to simulate and validate system interactions before physical deployment.
4. System Integration
Interface with PLM, CAD, and CAE tools for seamless collaboration.
Support co-simulation between 1D and 3D tools and design space exploration.
Applications
Industrial Systems
Optimize cooling systems, pipelines, and distribution networks.
Energy Systems
Model Rankine cycles, hydro-pumped storage, and gas turbines.
Transportation
Simulate marine ballast systems and vehicle powertrains for efficient propulsion.
