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Theme: “Defection, stability, and vibration of nonhomogeneous and anisotropic structural elements”.<\/p>\n
Work A. Stability of a heat differently resisting to extension and compression under defection. (Ex. V. Dj. Cadjiev).
\nThe problem of stability of different modulus heat under defection was solved and the values of critical parameters were determined.<\/p>\n
Work B. Calculation and analysis of force component in thin-shelled rotating elastic shells. (Ex. Kh. I. Musayev)
\nThe value of the natural frequency was determined by approximate analytic methods.<\/p>\n
Work C. Determining frequency in the natural vibration of local, curved structure anisotropic plate. (ex. T.Y.Zeynalova)
\nBending equilibrium equations in thin shells were derived and force components were determined.<\/p>\n
Work \u00c7. Studying force components in noncircular thin elastic spherical cylindrical and other shells. (ex. F.S.Guseynov)
\nStern components in cylindrical and spherical shells were determined.<\/p>\n
Work E. Cracking in the thin structural element in the stern field. (ex.E.H.Shahbandayev)
\nThe condition of crack initiation in thin plates in the stressed field was determined.<\/p>\n
Work D. Bending of an orthotropic circular plate on no homogeneous foundation was determined. (ex. G.R.Mirzayeva)
\nThe maximum bending of the circular plate is determined, which is located on a non-uniform basis.<\/p>\n