DESIGNING a jet engine, Mr. Mock warns at the beginning of his paper, is anything but a simple matter.In addition to the usual powerplant requirements of efficiency, complete combustion, proper temperature distribution, and minimum volume and weight, he points out that the internal-combustion turbine is subject to certain special requirements for aircraft operation, which he outlines as follows: Although the author does not claim that all of these requirements have been achieved as yet, he feels that in time they certainly will be. As evidence, he reveals that clean, compact combustion, wide range of inflammability, and positive starting under such adverse conditions as, for instance, 1200 to 1 total air/fuel ratio has already been accomplished in his own laboratory.In addition to suggesting a detailed comparative rating of merit for different burners to enable experimental workers to appraise their models against other American and foreign types, the author sets forth in simple, easily visualized forms, the essential factors of jet engine combustion, and gives some idea of the broad possibilities of improvement that exist in the use of graduated air velocity, controlled turbulence, and impact heating spray.DESIGNING a jet engine, Mr. Mock warns at the beginning of his paper, is anything but a simple matter.In addition to the usual powerplant requirements of efficiency, complete combustion, proper temperature distribution, and minimum volume and weight, he points out that the internal-combustion turbine is subject to certain special requirements for aircraft operation, which he outlines as follows: Although the author does not claim that all of these requirements have been achieved as yet, he feels that in time they certainly will be. As evidence, he reveals that clean, compact combustion, wide range of inflammability, and positive starting under such adverse conditions as, for instance, 1200 to 1 total air/fuel ratio has already been accomplished in his own laboratory.In addition to suggesting a detailed comparative rating of merit for different burners to enable experimental workers to appraise their models against other American and foreign types, the author sets forth in simple, easily visualized forms, the essential factors of jet engine combustion, and gives some idea of the broad possibilities of improvement that exist in the use of graduated air velocity, controlled turbulence, and impact heating spray.DESIGNING a jet engine, Mr. Mock warns at the beginning of his paper, is anything but a simple matter.In addition to the usual powerplant requirements of efficiency, complete combustion, proper temperature distribution, and minimum volume and weight, he points out that the internal-combustion turbine is subject to certain special requirements for aircraft operation, which he outlines as follows: Although the author does not claim that all of these requirements have been achieved as yet, he feels that in time they certainly will be. As evidence, he reveals that clean, compact combustion, wide range of inflammability, and positive starting under such adverse conditions as, for instance, 1200 to 1 total air/fuel ratio has already been accomplished in his own laboratory.In addition to suggesting a detailed comparative rating of merit for different burners to enable experimental workers to appraise their models against other American and foreign types, the author sets forth in simple, easily visualized forms, the essential factors of jet engine combustion, and gives some idea of the broad possibilities of improvement that exist in the use of graduated air velocity, controlled turbulence, and impact heating spray.DESIGNING a jet engine, Mr. Mock warns at the beginning of his paper, is anything but a simple matter.In addition to the usual powerplant requirements of efficiency, complete combustion, proper temperature distribution, and minimum volume and weight, he points out that the internal-combustion turbine is subject to certain special requirements for aircraft operation, which he outlines as follows: Although the author does not claim that all of these requirements have been achieved as yet, he feels that in time they certainly will be. As evidence, he reveals that clean, compact combustion, wide range of inflammability, and positive starting under such adverse conditions as, for instance, 1200 to 1 total air/fuel ratio has already been accomplished in his own laboratory.In addition to suggesting a detailed comparative rating of merit for different burners to enable experimental workers to appraise their models against other American and foreign types, the author sets forth in simple, easily visualized forms, the essential factors of jet engine combustion, and gives some idea of the broad possibilities of improvement that exist in the use of graduated air velocity, controlled turbulence, and impact heating spray.


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    Titel :

    ENGINEERING DEVELOPMENT of the JET ENGINE and GAS TURBINE BURNER


    Weitere Titelangaben:

    Sae Technical Papers


    Beteiligte:
    MOCK, FRANK C. (Autor:in)

    Kongress:

    Pre-1964 SAE Technical Papers ; 1906



    Erscheinungsdatum :

    1946-01-01




    Medientyp :

    Aufsatz (Konferenz)


    Format :

    Print


    Sprache :

    Englisch