Mumbai, the sixth largest metropolitan region in the world and largest city in India, is a complex poly-nuclear agglomeration that exhibits a socio-spatial fabric characterised by a (con)fusion of First and Third World urban environments.
In each period, the socio-spatial fabric showed significant transformations that resulted from the interaction of three critical factors: the influence of local and global socio-economic processes on the cultural economy of pilgrimage, the relationship of this economy to spatial change, and institutional controls that regulated the other two factors.
The spatial distribution and fabric of carbonate fault rocks observed at outcrop are often highly heterogeneous.
In term of urban planning, physical and non-physical collided, usually consist of spatial structure, economic fabric, and social hierarchy or equity, however in historic cities, another element has to be included in design element which is the spiritual dimension.
Apart from the similarity between the Trichichnus fabric and spatial organization of the Thioploca mat system, the common pyritization of Trichichnus also indicates its close relation to the sulfate-reducing bacteria.
The combination of wavelength modular switching fabrics with low spatial complexity and asynchronous operation is demonstrated to be the most power-efficient solution among those considered which employ wavelength converters, through presentation and discussion of a thorough set of numerical results.
The failure condition incorporates three strength parameters and employs a 2nd order tensor, whose principal directions are those of material fabric, to describe the spatial variation of the tensile strength.
The model also explains the effects of diffusion, rate of deposition, and spatial distribution of filaments in the woven fabric.
Only such public space can effectively connect urban fabric not only in a spatial way but also by improving the urban life.
The 3D coculture of hematopoietic cells with spatial development of stromal cells in nonwoven fabrics enabled the expansion of progenitors without cytokine addition.
The 3-D coculture of hematopoietic cells with spatial development of stromal cells in nonwoven fabrics enabled the expansion of progenitors without cytokine addition.
