Siemens Simcenter Flomaster
Advanced 1D thermo-fluid system simulation software for designing, sizing, balancing and validating complex piping and fluid networks before physical commissioning.
Simcenter Flomaster enables engineers to evaluate pressure, flow rate, temperature, component sizing, transient behaviour and water-hammer events across complete fluid systems.
Request Flomaster Demo Discuss Your Fluid SystemWhat is Simcenter Flomaster?
Simcenter Flomaster is Siemens' system-level thermo-fluid simulation software for designing, commissioning and operating complex fluid and piping networks.
Instead of analysing only an individual valve, pump or pipe, Flomaster allows engineers to model the complete network and understand how components interact under steady-state and transient operating conditions.
Engineers can use the system model to size components, predict pressure and flow distribution, investigate abnormal operating events and validate system performance before building or commissioning the physical installation.
Core Flomaster Capabilities
- 1D fluid system simulation
- Thermo-fluid system modelling
- Piping network analysis
- Pressure drop calculation
- Flow balancing
- Pump and valve sizing
- Water hammer analysis
- Transient flow simulation
- Thermal system analysis
- Gas network simulation
- System commissioning studies
- Digital twin applications
- Virtual sensing
- Operational monitoring workflows
What Can You Simulate with Simcenter Flomaster?
Evaluate complete piping and thermo-fluid systems under normal, transient and abnormal operating conditions.
Liquid Networks
Model complete liquid piping networks, including pipes, valves, pumps, reservoirs and system components.
Gas Systems
Evaluate pressure and flow behaviour through gas distribution and piping systems.
Pressure Drop
Calculate pressure losses across pipes, fittings, valves and other fluid-system components.
Flow Balancing
Understand how fluid is distributed through different branches of a complex piping network.
Pump Analysis
Evaluate pump selection, operating points and interaction with the complete fluid network.
Valve Analysis
Study valve sizing, control behaviour and pressure-flow response across the system.
Thermal Systems
Predict fluid temperature and thermo-fluid system performance during different operating conditions.
Transient Simulation
Evaluate how pressure, flow and temperature change with time following system events.
Water Hammer
Predict damaging pressure surges caused by rapid valve operation, pump events and transient flows.
Heat Exchanger Systems
Evaluate thermo-fluid networks containing heat exchangers and thermal-management equipment.
Fault & Safety Studies
Evaluate abnormal system conditions and understand their impact on pressure, flow and equipment.
System Optimization
Compare operating strategies and component configurations to improve system efficiency.
Water Hammer & Pressure Surge Analysis
Transient events can create pressures significantly different from normal steady-state operation. Flomaster helps engineers investigate these events before equipment or piping is damaged.
Valve Closure
Analyze pressure surges created by rapid valve operation.
Pump Trip
Evaluate system response following pump shutdown or failure.
Pressure Surge
Predict maximum and minimum transient pressures.
Surge Protection
Evaluate accumulators, surge tanks and protection strategies.
Model the Complete Fluid System
Pipes & Ducts
Model distributed flow resistance, pressure loss and fluid transport.
Pumps
Represent pump performance and interaction with the system network.
Valves
Model different control and isolation valve behaviours.
Heat Exchangers
Study thermal exchange within complete fluid systems.
Tanks & Reservoirs
Represent storage and boundary conditions within fluid networks.
Controls
Investigate system response under different operating control strategies.
CAD, PLM, Simulation & Digital Twin Integration
Simcenter Flomaster can participate in connected engineering workflows and reuse system simulation models beyond the initial design stage.
CAD Integration
Use engineering design information to support creation and configuration of fluid-system simulation models.
PLM Connectivity
Connect simulation information with broader product lifecycle and digital engineering workflows.
1D / 3D CAE Integration
Combine system-level simulation with detailed 3D engineering analysis when higher-fidelity component information is required.
FMI / Co-Simulation
Integrate system models into broader multi-tool workflows using supported model-exchange and co-simulation approaches.
Industrial IoT
Connect system models with operational data to support digitalization and system-performance monitoring.
Digital Twin
Reuse validated engineering models during operation for virtual sensing, monitoring and decision support.
From Piping Layout to Optimized Fluid System
Build Network
Create the piping and component layout.
Define Components
Enter pump, valve, pipe and fluid data.
Set Conditions
Define operating and boundary conditions.
Simulate
Calculate pressure, flow, temperature and transients.
Optimize
Improve component selection and system operation.
Simcenter Flomaster Licensing Options
Licensing can be configured according to the number of users, required thermo-fluid modelling capabilities and deployment requirements.
Simcenter Flomaster
For engineers who require comprehensive thermo-fluid network modelling and system-level simulation.
- Thermo-fluid modelling
- Steady-state simulation
- Transient simulation
- Fluid-network analysis
- System design and sizing
- Results visualization
Floating / Shared Access
Suitable for organizations where multiple engineers require access to system simulation according to available licensing configuration.
- Engineering team access
- Shared license deployment
- Centralized license management
- Suitable for CAE departments
- Scalable deployment
Enterprise Integration
For organizations extending system models into connected simulation, digital twin and operational workflows.
- Simulation integration
- PLM workflows
- FMI connectivity
- IoT integration
- Digital twin applications
Licensing note: Exact Simcenter Flomaster package names, license types, subscriptions and commercial terms can vary by Siemens release and regional offering. Contact Rheologist Gaze & Solutions for current licensing and configuration information.
Where Can Simcenter Flomaster Be Used?
💧 Water Distribution
Analyze pumping, pressure loss, network balancing and transient events.
❄️ Cooling Systems
Optimize cooling circuits, flow distribution and thermal performance.
🔥 Heating Networks
Evaluate thermo-fluid performance across heating and heat-transfer systems.
⚙️ Industrial Piping
Design and validate complex industrial fluid and process networks.
✈️ Aircraft Fluid Systems
Model fuel, cooling and other onboard fluid systems.
🚗 Automotive & EV
Analyze vehicle cooling, lubrication and thermal-fluid systems.
⚡ Power Generation
Evaluate piping and process systems used in conventional and nuclear power applications.
🚢 Marine
Simulate cooling, fuel, hydraulic and other shipboard fluid networks.
🛢️ Oil & Gas
Analyze process piping, pressure loss and transient fluid behaviour.
Who Should Use Simcenter Flomaster?
Fluid Engineers
For hydraulic and thermo-fluid system analysis.
System Engineers
For complete network design and performance validation.
Thermal Engineers
For cooling and thermal-fluid network development.
Plant Engineers
For piping design, commissioning and operational studies.
Industries Using Thermo-Fluid System Simulation
Why Choose Simcenter Flomaster?
System-Level Understanding
Analyze interactions across the complete fluid network rather than isolated individual components.
Predict Water Hammer
Identify damaging pressure surges before the physical system is commissioned.
Right-Size Components
Select appropriate pumps, pipes, valves and system components earlier.
Reduce Rework
Identify system-design issues before installation and commissioning.
Improve Safety
Analyze abnormal and transient conditions that may threaten equipment or piping.
Support Digital Twins
Reuse validated system models for operational analysis, virtual sensing and monitoring.
Simcenter Flomaster Sales, Training & Support
Looking for Siemens Simcenter Flomaster for piping-system simulation, pressure-drop calculation, water hammer, thermal-fluid networks or system-level fluid simulation?
Rheologist Gaze & Solutions can support your organization with application evaluation, product demonstrations, licensing selection, implementation, training and technical support.