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Gas Turbine Laboratory
Gas Turbine Aerodynamics and Combustion
Internal Aerodynamics
Large-Scale Transonic Planar Cascade
Large-Scale Subsonic Linear Cascade
High-Subsonic Probe Calibration Rig
Low-Subsonic Probe Calibration Rig
Combustion Testing
Spray Characterization
Numerical Simulation
Measurement Techniques and Diagnostics
Air Moving and Heating Capabilities
Engine Test Cells
Engine Performance
Tribology Services
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Internal Aerodynamics

Schlieren of trailing edge vortex shedding in a transonic turbine cascade
Schlieren of trailing edge vortex shedding in a transonic turbine cascade

Years of research experience and client service stand behind the Gas Turbine Laboratory staff at the NRC Institute for Aerospace Research (NRC Aerospace). The work carried out by its aerodynamics and combustion program focuses mainly on the experimental investigation of steady and unsteady flows, and heat transfer, in gas turbine engines. Its expert team operates two cascades and two calibration rigs to serve the needs of the gas turbine industry:

  • a large-scale transonic planar cascade
  • a large-scale subsonic linear cascade
  • a high-subsonic probe calibration rig, and
  • a low-subsonic probe calibration rig.

NRC Aerospace researchers are continuously developing and advancing testing techniques for the benefit of clients looking for imaginative and economical design solutions. We deliver responsive and high-quality services that meet many research challenges.

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Date Modified: 2006-07-27
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