A rotationally periodic continuous analog model for bladed disk assembly vibration /
KRZYŻYŃSKI, Tomasz. Politechnika Koszalińska - Wydział Mechaniczny, Katedra Mechaniki Precyzyjnej - Zakład Mechatroniki 1997 - .
A rotationally periodic continuous analog model for bladed disk assembly vibration / Tomasz Krzyżyński. - 1998.
Dane z autopsji.
A rotationally periodic continuous analog model is considered in order to enhance the understanding of the vibratory response of bladed disk assembly. The analogy uses a series of transversely and longitudinally vibrating continuous segments. The segments are arranged in a rotationally periodic pattern, with coupling between each other accomplished by suspension elements. Analytical expressions for the system eigenfrequencies and eigenfunctions are found. Results in the case of free vibrations of a perfect periodic system are presented.
681.5
A rotationally periodic continuous analog model for bladed disk assembly vibration / Tomasz Krzyżyński. - 1998.
Dane z autopsji.
A rotationally periodic continuous analog model is considered in order to enhance the understanding of the vibratory response of bladed disk assembly. The analogy uses a series of transversely and longitudinally vibrating continuous segments. The segments are arranged in a rotationally periodic pattern, with coupling between each other accomplished by suspension elements. Analytical expressions for the system eigenfrequencies and eigenfunctions are found. Results in the case of free vibrations of a perfect periodic system are presented.
681.5