Regular articleRESPONSE MOMENTS OF AN ELASTIC BEAM SUBJECTED TO POISSONIAN MOVING LOADS
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Continuous random field representation of stochastic moving loads
2022, Probabilistic Engineering MechanicsAnalytical solutions for a mass moving along a finite stretched string with random surface irregularities
2016, Journal of Sound and VibrationCitation Excerpt :Frýba et al. [27] investigated the random response of an infinitely long beam resting on an elastic random foundation, subjected to a constant force moving with a constant speed. Zibdeh and Rackwitz [28] considered the higher order moments of a simply supported elastic beam subjected to a stream of random loads moving with a time varying velocity. Based on Euler–Bernoulli beam theory and stochastic methods, Zibdeh [29] derived the closed-form solutions for the mean and variance for the random vibration of a simply supported elastic beam subjected to random loads moving with time-varying velocity.
Dynamic response of micro-periodic composite rods with uncertain parameters under moving random load
2009, Journal of Sound and VibrationSpectral density of the bridge beam response with uncertain parameters under a random train of moving forces
2009, Archives of Civil and Mechanical EngineeringCitation Excerpt :In the papers by Śniady and co-authors [5–9] the analysis of the beam's vibrations, the estimation of the beam's reliability and fatigue modelled as the first crossing problem have been presented. The vibrations of a beam with various boundary conditions due to a train of random forces moving along the beam with a constant speed and in the same direction have been analysed by Zibdeh and Rackwitz [10, 11]. The problem of vibration of a suspension bridge under a random train of moving load has been discussed by Bryja and Śniady [12–14].
Dynamic response of an infinite beam and plate to a stochastic train of moving forces
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2003, Engineering Structures
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Visiting the Technical University of Munich, Germany. Research fellow of the Alexander von Humboldt Foundation when this work was carried out.