Quasistatic and dynamic instability of one-support cylindrical shells under gyroscopic and nonconservative forces

Abstract

The paper deals with problem of critical states in single-support rods and cylindrical shells under axial follower forces and centrifugal inertial forces due to rotation. It is shown that depending on the relationship between these forces, loss of stability may be quasistatic or dynamic

Analysis of Nonlinear Vibrations of a Cylindrical Shell in a Supersonic Gas Flow

“…V.I. Gulyaev et al [8] studied critical states of cylindrical shells under the influence of longitudinal and centrifugal inertial forces as a result of rotation. It was shown that while these forces were interacting to each other, the dynamic loss or quasistatic loss of stability could be observed.…”