Regions of the laterotemporal cortex associated with action perception appear to mediate semantic grounding of spatial language, where more metaphoric uses of spatial language are mediated more anteriorly along the middle temporal gyrus (Chatterjee, 2010).
In this paper we investigate the interaction between yielding supports and squeezing ground by means of spatial numerical analyses that take into account the stress history of the ground.
where u t, v t, and ∂ i u t are vectors constituted by discrete time samples of ground displacement, ground velocity, and spatial gradients of ground displacement, respectively.
In order to obtain a more reliable conclusion, three sets of spatial ground motions are independently simulated for each considered case.
The use of perspective was purposefully restrained, so that the essential overall surface unity of the design was not violently upset, for the use of flat, patterned diaper grounds effectively counterbalanced the suggestion of spatial effect.
In recent years, Spatial Wireless Ad Hoc (SWAH) networks constructed in the near spatial region by connecting various pieces of spatial and ground communication equipment have become the focus for developing future information networks.
An initial application is performed in the Zeytinburnu District of Istanbul, and the results are expressed in the form of spatial distribution of ground motion and building responses.
However, the influence of spatial variation of ground motions is not considered in current seismic design of the towers supporting extremely long-span transmission lines.
Interferometric SAR (InSAR) is a powerful tool to map ground deformation at an unprecedented level of spatial detail.
In this study, we present an initial application in Zeytinburnu district of Istanbul where the results are expressed in the form of spatial distributions of ground motion and building responses.
