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The moving force is assumed to move with accelerating, decelerating and constant velocity types of motion.
The dynamic response of angle-ply laminated composite plates traversed by a moving mass or a moving force is investigated.
In this paper the dynamic response of a double-string system traversed by a constant or a harmonically oscillating moving force is considered.
The closed solutions take different forms depending if the velocity v of the moving force is smaller or bigger than the shear-wave velocity of the beam.
At first, an exact solution for a rotationally periodic continous beam subjected to a moving force is obtained by the U-transformation and mode method.
Those constraints are that when the crane is moving, the swing angle has to be small; the swing speed has to be slow, and the moving force is limited.
Similar(51)
The strain energy characteristics of the frame induced by the moving force are investigated as well.
Closed-form solutions for the response of beams subjected to a single deterministic moving force are obtained.
Although the effects of a moving mass, damping coefficients, boundary conditions, and speed were investigated, the roughness between the plate and the moving force was not considered.
Regarding simply supported beams, earlier contributions showed that the free vibrations created by a single moving force are of maximum or zero amplitude (cancellation) for certain speeds.
The action of stationary harmonic loads and moving forces is considered.
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