01353naa a2200205 i 4500001000400000003000400004005001700008008003900025040000800064041000800072044000800080080001000088100014400098245011300242260001000355500002100365520054700386773010900933711010501042BPPBPK20180116154036.0150317s1998    pl     f     |100 0 eng  cBPK  aeng  aPOL  a681.5  aKRZYŻYŃSKI, Tomasz.d1997 - .bPolitechnika Koszalińska - Wydział Mechaniczny,cKatedra Mechaniki Precyzyjnej - Zakład Mechatroniki  aA rotationally periodic continuous analog model for bladed disk assembly vibration /cTomasz Krzyżyński.  c1998.  aDane z autopsji.  aA 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.  iW :tZeszyty Naukowe Politechniki Warszawskiej : Machine dynamics problems. -g1998, vol. 20, s. 167-179  aPolish-German Workshop on Dynamical Problems in Mechanical Systemsn(5 ;d1997 ;cZakopane, Polska).