Vibration of bridges under moving vehicles and trains is of great theoretical and practical
significance in civil engineering. In early studies, a moving‐force model was used where the …

This paper presents a technique for using standard finite element packages for analysing
the dynamic response of structures to time-variant moving loads. To illustrate the method …

This paper presents a technique using combined finite element and analytical methods for
determining the dynamic responses of structures to moving bodies. In previous work …

The dynamic interaction between trains, tracks, and bridges is a critical consideration in
railway engineering, particularly for designing efficient railway bridges. This interaction …

In this paper, the problem of a 1D elastic distributed system coupled with a moving linear
oscillator, often referred to as the “moving oscillator” problem, is studied. The problem is …

This paper presents a study on the dynamic response of beams on elastic foundations,
subjected to a uniformly moving oscillator. Using a finite element model programmed within …

The vibration of a beam excited by a moving oscillator is an extensively studied moving-load
problem. It has usually been assumed in the previous studies of the moving-oscillator …

A frequency domain spectral element method (SEM) is proposed for the vibration analysis of
a beam subjected to a moving point force. In the proposed method, Timoshenko beam …

Asymptotic behavior of the solution of the moving oscillator problem is examined for large
and small values of the spring stiffness for the general case of non-zero beam initial …

In vehicle [puen] bridge interaction problems, the contact force between the moving vehicle
and the bridge depends on the velocity and acceleration of the moving vehicle, the flexibility …