2020111 · By inputting seismic waves in different frequency domains through shaking table tests, the effects of the control systems with different vibration reduction and isolation schemes under different frequency domain ground motions are studied. Finally, the finite element numerical simulations are compared with the test results.
view more200741 · This paper describes the experimental design and results of tests used to investigate the use of compressible expanded polystyrene (geofoam) seismic buffers to attenuate dynamic loads against rigid retaining wall structures. The tests were carried out using 1-m high models mounted on a large shaking table.
view moreIn this study, shaking table tests were conducted to investigate the fault site effect and seismic response of fault-crossing tunnels. The hanging wall effect is the results of the geometric effect due to the asymmetric distribution of inclined fault. This geometric effect will lead to the reflection of seismic waves between the ground surface ...
view more202221 · Abstract In this study, the seismic behavior of a mechanically stabilized earth (MSE) wall with inclined backfill is investigated under sinusoidal acceleration excitations using a series of 1-g shaking table tests performed on the MSE model of 150 cm in height reinforced with polymeric geostrips.
view more2024215 · In this study, shaking table tests were performed to investigate the seismic vulnerability of the server cabinets with the aim of enriching the knowledge on the behavior of telecommunication NSCs. Three prototype server cabinets with conventional anchoring details connected to the shaking table were selected as specimens.
view more202421 · Recently, Yin et al. [ 21] conducted a large-scale shaking table test on a 1/4 scale single-story masonry structure model, comparing its performance with and without the GSI-RSM system under various input acceleration amplitudes. The results demonstrate that the GSI-RSM system effectively reduces the seismic response of superstructures.
view more202121 · However, the shake table used in present study is limited to unidirectional sine and swept-sine motions. The parametric variation of pile group will help to assess the influence of relative stiffness of foundation and superstructure on dynamic characteristics and seismic response of the superstructure.
view more200676 · This paper reports on the use of shaking table tests and numerical analyses to evaluate and compare the seismic response of base-plate-yielding rocking systems with columns allowed to uplift with that of fixed-base systems.
view more2022121 · The seismic response, location changes, and torsion of the irregular planar structure were analyzed via shaking table tests under different seismic waves with frequent, moderate, and rare earthquake excitation, as well as changing parameters such as settlement location and settlement depth.
view more202451 · The classical seismic fragility analysis of slopes is always performed through analytical approaches. In the present study, a novel seismic fragility analysis framework combined with shaking table model test results is proposed for probabilistic seismic performance and risk assessment of slopes.
view moreBased on over 30 years' experiences in design, production and service of crushing and s
GET QUOTE