Taking account of the shift and inertia of rotation in problems of diagnostics of the spectra of critical forces mechanical systems

Diagnostics of stability of the cores constructions, elements of the carrier system of the ship and port facilities, reduces to the definition of critical forces, excess which causes a transition of the system from one equilibrium state to another. Such a transition often leads to the destruction of the constructions or other forms of accidents, and therefore it is extremely undesirable and for practice it is important to knowledge of a specific spectrum of critical forces and their corresponding forms of loss of stability.

REFERENCES (9)

Bagenov VA. Stroitelnaya mehanika. Specialniy kurs. Primenenie metoda granichnih elementov. Astroprint; 2001; 7:145–288.

Google Scholar

Birger A, Panovko YaG. Prochnost, ustoychivost, kolebaniya, Мashinostroenie. 1968; 5: 125–169.

Google Scholar

Aleksandrov АV. Stroitelnaya mehanika. Tonkostennie prostranstvennie sistemi. Stroyizdat; 1983; 14: 322–425.

Google Scholar

Maslennikov АМ. Raschet stroitelnyh konstrukciy chislennymi metodami, Leningrad. 1987; 3: 112–186.

Google Scholar

Postnov VА. Stroitelnaya mehanika koroblya i teoriya uprugosti. Sudostroenie; 1987; 8:132–154.

Google Scholar

Darkov AV. Stroitelnaya mehanika. Vysshaya shkola. 1985; 12: 126-187.

Google Scholar

Orobej V, Kolomiets L, Limarenko A. Boundary element method in problem of plate elements bending of engineering structures. Metallurgical and Mining Industry; 2015; 4: 295–302.

Google Scholar

Kolomiets L. Method of boundary element in problems of stability of plane bending beams of rectangular cross section. Structures. Metallurgical and Mining Industry. 2016; 3: 59–65.

Google Scholar

Varbanets RA, Zalozh VI, Shakhov AV, Savelieva IV, Piterska VM. Determination of top dead centre location based on the marine diesel engine indicator diagram analysis. Diagnostyka; 2020, 21(1):51-60. https://doi.org/10.29354/diag/....