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Showing 1 to 2 of 2 for “"Combustor liner cooing"”.

  1. Heat Transfer and Flow Measurements in Gas Turbine Engine Can and Annular Combustors

    … radial swirler performance in a gas turbine can combustor was conducted by investigating the correlation between combustor flow field geometry and convective heat transfer at cold flow conditions for Reynolds numbers of 50,000 and 80,000. Flow velocities were measured using Particle Image …

    vt Repository record for Heat Transfer and Flow Measurements in Gas Turbine Engine Can and Annular Combustors (opens in a new tab)

  2. Heat Transfer and Flow Measurements on a One-Scale Gas Turbine Can Combustor Model

    … cooling as the solution for modern DLE combustors. The idea is to provide more cooling to the deserved local hot spots and reserve unnecessary coolant air from local cold spots. Therefore, if accurate heat load distribution on the liners can be obtained, then an intelligent cooling …

    vt Repository record for Heat Transfer and Flow Measurements on a One-Scale Gas Turbine Can Combustor Model (opens in a new tab)