Flow in Piping & Turbomachinery

We use Computational Fluid Dynamics (CFD) to evaluate internal flow behavior, pressure losses, turbulence, and rotating machinery performance across piping systems, pumps, compressors, turbines, and process equipment. Our analyses help improve efficiency, reliability, and operational performance.

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What We Analyze

Our CFD analyses evaluate fluid flow, pressure distribution, turbulence, rotating flow behavior, and hydraulic performance to optimize piping and turbomachinery across a wide range of operating conditions.

Piping Systems

Pumps & Compressors

Turbines

Pressure Drop

Internal Flow

Rotating Machinery

Why
CFD for Piping & Turbomachinery?

CFD provides detailed insight into internal flow behavior that cannot be easily measured through physical testing alone. Engineers use simulation to reduce pressure losses, improve hydraulic efficiency, optimize rotating equipment performance, and investigate operational problems before they become costly failures.

Applications

Piping System Analysis

Evaluate flow behavior, pressure losses, turbulence, and velocity distribution throughout piping networks to improve efficiency, reliability, and system performance.

Common Applications

  • Pressure drop analysis
  • Flow balancing
  • Valve performance
  • Pipeline optimization
  • Flow distribution
  • Process piping evaluation

Pump Performance Analysis

Analyze internal flow characteristics, cavitation potential, hydraulic losses, and overall pump performance to improve efficiency and operating reliability.

Common Applications

  • Centrifugal pumps
  • Cavitation prediction
  • Hydraulic efficiency
  • Pump optimization
  • Impeller flow
  • Performance verification

Compressor & Turbine Performance

Evaluate airflow, pressure distribution, blade loading, and rotating flow characteristics to improve turbomachinery performance and operational stability.

Common Applications

  • Gas turbines
  • Steam turbines
  • Compressors
  • Fans
  • Blower systems
  • Rotating equipment

Internal Flow Optimization

Simulate internal flow behavior through ducts, manifolds, nozzles, valves, and complex geometries to reduce losses and improve flow efficiency.

Common Applications

  • Duct flow analysis
  • Manifold optimization
  • Nozzle performance
  • Valve flow studies
  • Diffuser analysis
  • Internal passages

Cavitation & Hydraulic Performance

Predict cavitation, vapor formation, pressure fluctuations, and hydraulic losses to improve equipment reliability and extend service life.

Common Applications

  • Cavitation prediction
  • Hydraulic losses
  • Vapor formation
  • Pump reliability
  • Pressure fluctuation
  • Equipment protection

Failure Investigation

Use CFD simulations to investigate piping failures, hydraulic instabilities, pressure surges, and rotating equipment performance issues to determine contributing factors and support root cause analysis.

Common Applications

  • Pipe failures
  • Pump failures
  • Compressor failures
  • Turbine investigations
  • Hydraulic instability
  • Pressure surge analysis

Need our Support?

Whether you need simulation, root cause analysis, technical reporting, or expert support, our team can help you move from uncertainty to defensible engineering conclusions.

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