Dynamic analysis of beams on fractional viscoelastic foundation subject to a variable speed moving load
The present paper investigates the dynamic response of beams resting on fractional
viscoelastic foundation subjected to a moving load with variable speeds. The Galerkin with
finite difference methods are used to deal with the governing equation of motion. The effect
of various parameters, like fractional order derivative, foundation stiffness and damping,
speed of moving load on the response of the beam are investigated and discussed.
viscoelastic foundation subjected to a moving load with variable speeds. The Galerkin with
finite difference methods are used to deal with the governing equation of motion. The effect
of various parameters, like fractional order derivative, foundation stiffness and damping,
speed of moving load on the response of the beam are investigated and discussed.
The present paper investigates the dynamic response of beams resting on fractional viscoelastic foundation subjected to a moving load with variable speeds. The Galerkin with finite difference methods are used to deal with the governing equation of motion. The effect of various parameters, like fractional order derivative, foundation stiffness and damping, speed of moving load on the response of the beam are investigated and discussed.
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