Turbomachinery

About Turbomachinery

Design decisions in turbomachinery often hinge on flow physics that are difficult to measure, loss mechanisms, unsteadiness, thermal margins, and multiphase effects. We provide practical, engineering-focused CFD support to help teams predict performance, identify root causes, and prioritize design changes with confidence.

We work across compressors, turbines, fans/blowers, pumps, and turbopumps—supporting both early-stage concept evaluation and detailed design verification. Our approach is solver-agnostic and structured to match your timeline, fidelity requirements, and available data.

Engagement plan:

Scope & inputs

CAD/mesh (if available), operating points, criteria, constraints, and turnaround needs.

Model setup

Appropriate fidelity selection (steady/unsteady; single row/stage/multi-stage; CHT/multiphase/cavitation as needed)

Simulation & quality checks

Convergence/periodicity monitoring and engineering sanity checks

Interpretation & decisions

Clear findings, design levels, and next-step recommendations.

Let’s discuss

If you share your turbomachine type, operating points, and the decision you need to make (performance, cavitation, stability, thermal, noise), we will recommend a right-sized CFD plan and deliverables aligned to your schedule and budget.