Abstract
The problem of the stability of a fluid-conveying pipeline modeled by a composite orthotropic cylindrical shell of finite length with different boundary conditions at the ends is solved. The shell is subject to hydrodynamic pressure and uniform external static load. The effect of boundary conditions of the shell under external loading on the qualitatively different types of instability, quasistatic (divergence) and dynamic (flutter), that occur at certain “critical” velocities of the fluid is studied
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