Steady and unsteady free motions of compact beams with fixed ends are examined. It is found that in certain situations planar motions are unstable to out-of-plane perturbations and whirling motions occur. In resonant cases these whirling motions are of the beating type, whereas in non-resonant situations they have a steady-state behaviour.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/21701/1/0000092.pd
AbstractThe exact equations of motion of a planar, initially straight, beam are determined within th...
In this study, the nonlinear vibrations of Euler-Bernoulli multiple-stepped beam are investigated. ...
The small amplitude transverse vibrations of an elastic beam clamped at both extremities are studied...
Large amplitude whirling motions of a simply supported beam constrained to have a fixed length are i...
Many engineering structures can be modelled as beam-like continuous systems. For finite motions, the...
Nonlinear equations for planar beam motion are derived using Euler-Lagrange equations with a Lagrang...
A literature survey on the field of non-linear vibrations of beams and thin panels has been performe...
The large amplitude steady state forced motion of a simply supported beam with ends restrained to re...
The paper studies and solves the problems concerning free oscillations without taking into account r...
Thesis (Sc. D.)--Massachusetts Institute of Technology, Dept. of Aeronautical Engineering, 1937.Micr...
This thesis provides a vibration analysis of a rotating cantilever beam with an independently rotati...
Free and forced responses of a travelling slender beam including the non-linear terms are studied. A...
Non-linear vibrations of an axially moving beam are investigated. The non-linearity is introduced by...
Deep cantilever beams, modelled using Timoshenko beam kinematics, have numerous applications in engi...
Abstract The exact equations of motion of a planar, initially straight, beam are determined within t...
AbstractThe exact equations of motion of a planar, initially straight, beam are determined within th...
In this study, the nonlinear vibrations of Euler-Bernoulli multiple-stepped beam are investigated. ...
The small amplitude transverse vibrations of an elastic beam clamped at both extremities are studied...
Large amplitude whirling motions of a simply supported beam constrained to have a fixed length are i...
Many engineering structures can be modelled as beam-like continuous systems. For finite motions, the...
Nonlinear equations for planar beam motion are derived using Euler-Lagrange equations with a Lagrang...
A literature survey on the field of non-linear vibrations of beams and thin panels has been performe...
The large amplitude steady state forced motion of a simply supported beam with ends restrained to re...
The paper studies and solves the problems concerning free oscillations without taking into account r...
Thesis (Sc. D.)--Massachusetts Institute of Technology, Dept. of Aeronautical Engineering, 1937.Micr...
This thesis provides a vibration analysis of a rotating cantilever beam with an independently rotati...
Free and forced responses of a travelling slender beam including the non-linear terms are studied. A...
Non-linear vibrations of an axially moving beam are investigated. The non-linearity is introduced by...
Deep cantilever beams, modelled using Timoshenko beam kinematics, have numerous applications in engi...
Abstract The exact equations of motion of a planar, initially straight, beam are determined within t...
AbstractThe exact equations of motion of a planar, initially straight, beam are determined within th...
In this study, the nonlinear vibrations of Euler-Bernoulli multiple-stepped beam are investigated. ...
The small amplitude transverse vibrations of an elastic beam clamped at both extremities are studied...