01 / CAPABILITYPiping Network Analysis
Model complex pipe networks and calculate flow, pressure and operating conditions.
Siemens Digital Industries Software
Understand how fluid systems behave before commissioning.
Simcenter Flomaster is a fluid system simulation solution for modelling networks and predicting steady-state and transient behaviour. Engineers use it to study flow, pressure, temperature and system response across piping and connected equipment.
BBenedes Engineering Private Limited
Siemens Digital Industries Software Channel Partner
Siemens Digital Industries Software Channel Partner
Fluid System SimulationModel • Simulate • Understand • Improve
Engineering insight
Model-based decisions
Connected workflows
Technical support
Fluid System SimulationEngineering insight for better decisions
About Simcenter Flomaster
Turn engineering questions into actionable insight.
Flomaster helps engineering teams evaluate piping systems, fluid networks, pump and valve behaviour, transient pressure events and system operating scenarios.
As a Siemens Digital Industries Software channel partner, Benedes Engineering can help you explore relevant software options, licensing, demonstrations, technical support and engineering workflows aligned with your requirements.
- Discuss your engineering objectives and existing workflows.
- Explore relevant capabilities and deployment or licensing options.
- Connect simulation findings to design decisions and project requirements.
- Plan product evaluation, implementation, training or support as needed.
Explore the portfolio
Simcenter Flomaster capabilities and workflows
Explore key capability areas and typical engineering applications. Available features depend on the selected product, modules, solver, license, configuration and version.
01 / CAPABILITY
02 / CAPABILITYSteady-State Performance
Assess system operating points, pressure losses, flow distribution and equipment duty.
03 / CAPABILITYTransient & Surge Analysis
Investigate selected transient events such as valve operations, pump trips and pressure surge.
04 / CAPABILITYThermal & Energy Behaviour
Evaluate supported thermal-fluid effects and energy balance across system components.
05 / CAPABILITYEquipment & Component Models
Represent pumps, valves, tanks, heat exchangers and other supported components using suitable data.
06 / CAPABILITYSystem Design Studies
Compare operating scenarios, component sizing and design alternatives before field implementation.
This overview is intended as a starting point, not a detailed license feature matrix. Contact Benedes to confirm specific modules, workflows and licensing options.
Engineering applications
Designed for real-world engineering challenges
Flomaster helps engineering teams evaluate piping systems, fluid networks, pump and valve behaviour, transient pressure events and system operating scenarios.
Oil & Gas
Apply appropriate engineering methods, model assumptions and validation criteria to assess product performance for this application.
Process Plants
Apply appropriate engineering methods, model assumptions and validation criteria to assess product performance for this application.
Pumps & Valves
Apply appropriate engineering methods, model assumptions and validation criteria to assess product performance for this application.
A practical engineering workflow
From problem definition to engineering decision
Successful simulation requires a clear engineering question, suitable input data, an appropriate model, numerical checks and careful interpretation. Benedes can discuss the right workflow for your project or software evaluation.
ModelRepresent geometry, materials and operating conditions.
AnalyseChoose a suitable method and solver setup.
VerifyReview model quality, numerical behaviour and assumptions.
CommunicateReport findings, limitations and engineering recommendations.
How Benedes supports you
Choose, evaluate and adopt with confidence
Our team can help you frame the requirement and explore a practical path from product discussion to deployment.
Define
Collect network layout, component data, fluid properties and operating scenarios.
Prepare
Build the network model and define boundary conditions.
Configure
Enter equipment characteristics and relevant control logic.
Evaluate
Run steady-state or transient cases and inspect pressure, flow and temperature.
Communicate
Compare against design limits and document operational recommendations.
Industry applications
Engineering across demanding industries
Explore how Simcenter Flomaster may fit into workflows across sectors. The right application method and model fidelity depend on the project.
Oil & GasProcess PlantsPumps & ValvesPower GenerationWater & Utilities
Marine Systems
HVAC & Cooling
Hydrogen & EnergyFrequently asked questions
Simcenter Flomaster FAQs
Answers to common questions from engineering teams evaluating simulation software.
What is Simcenter Flomaster used for?
It is used to model fluid systems and piping networks, including steady-state and supported transient behaviour.
Can Flomaster analyse water hammer or surge?
It can be used for transient pressure and surge studies when the system model, event definition and component data are suitable.
Can I model pumps, valves and heat exchangers?
Flomaster includes supported component modelling capabilities; available model detail depends on the component and configuration.
What information is needed for a project?
Typical inputs include piping layout, pipe dimensions and roughness, fluid properties, pump curves, valve data, boundary conditions and operating events.
Let's discuss your engineering goals
Explore Simcenter Flomaster with Benedes Engineering.
Request product information, a focused demonstration, licensing guidance, training or technical support from your Siemens Digital Industries Software channel partner.
Simcenter Flomaster and other Siemens product names are trademarks or registered trademarks of Siemens and its affiliates. Benedes Engineering Private Limited is an independent channel partner. This page is informational; capabilities and availability may vary by product version, module, license and region.