The seismic response of linearly elastic, idealized single-storey, one-way asymmetric building installed with passive fluid viscous dampers is investigated by numerical simulation study.
The seismic response of linearly elastic, single-storey, one-way asymmetric building installed with passive stiffness dampers (PSDs) and semi-active variable stiffness dampers (SAVSDs) is investigated by numerical simulation study.
The level of sensitivity to damage and performance of the SSE method is illustrated using extensive numerical simulation studies and by comparing the results with those obtained from the modal strain energy (MSE) method.
As illustrated here by two different examples, biophysical modeling and numerical simulation studies can now be used to test specific assumptions and obtain precise quantification of synaptic transmission in diseases that involve alterations in synaptic functions.
The validity of the proposed method is demonstrated by a numerical simulation study on a two-span truss bridge and by an experimental laboratory study on a three-story shear building model.
We reinvestigate the accuracy of the SEM by a numerical simulation study for a broad spectrum of soils with textures ranging from clay to pure sand, using more realistic functions of the soil hydraulic properties, which account for water adsorption, flow in incompletely filled capillaries and isothermal vapor flow.
Phenomena such as quasiperiodic oscillations and synchronization are shown by numerical simulations and studied analytically through perturbation methods.
Moreover, given the number of controlling parameters, it would be necessary to determine kDBL for each individual DGT deployment by numerical simulation similar to this study.
In fact, this mechanism can also explain the results in [33], where small networks were exhaustively studied by numerical simulation and it was found that failures of coordination, not frequent in the sizes they studied, were related to segmentation and lack of centralization of the networks.
The heat storage/release performance is studied by numerical simulation.
