Abstract: Methods of using fluidic devices for sensing and controlling temperature were developed for gas turbine engine application. Frequency modulation and phase discrimination techniques were used both ...

Abstract: Fluidic technology is equally applicable to liquid and gaseous operation, yet the bulk of the literature to date is concerned with the latter. This paper describes some of the unique effects ...

Abstract: Circuit concepts and test data for a fluidic system to sense the average temperature in a gas turbine exhaust duct are presented. Phase discrimination techniques are used to sense the average ...