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Showing 1 to 3 of 3 for “"Lean Blow Out"”.

  1. Real-Time Prediction of Lean Blowout using Chemical Reactor Network

    The lean blow-out (LBO) of gas turbine combustors is a concern that can limit the rate of descent for an aircraft, the maneuverability of military jets, and cause a costly and time-intensive reignition of land-based gas turbines. This work explores the feasibility of a model-based combustor …

    washington Repository record for Real-Time Prediction of Lean Blowout using Chemical Reactor Network (opens in a new tab)

  2. Dynamics of Lean Direct Injection Combustors

    … temperatures, and thus more NOx production. Lean Direct Injection (LDI) is a combustion scheme that was proposed by NASA, and inherently addresses the needs of both the private sector and the military. LDI is a liquid fueled combustor that promotes rapid mixing of fuel and air at the entrance …

    vt Repository record for Dynamics of Lean Direct Injection Combustors (opens in a new tab)

  3. Autoignition study of next generation aviation fuels and components

    … hydrocarbon species, and their blends that are out of jet fuel standards and not comprehensively evaluated in combustion behavior are categorized as C fuels. Category C fuels are tested at similar test conditions. C-1, also known as Gevo ATJ (Alcohol to Jet fuels), is comprised of two heavily …

    uiuc Repository record for Autoignition study of next generation aviation fuels and components (opens in a new tab)