density, verticality, Flexibility, Sustainability.
awareness of the condition of the underground city has stressed the need to limit the consumption of land in favor of a densification of the existing, although the anti-modernist demand of the population seems to be more directed towards the idyllic quality of low density. It is saying that an approach potential research space resources in urban settings are not yet fully exploited, through what we might call a planning optimization, flexible yet able to identify opportunities rather than regulatory restrictions.
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a full debate in the verticality of the city of Archigram Plug-in Mechanical or progressive Utopia Futurist, or PARASITE architectures, born as creatures of the contemporary city saprophytic, with the intent to evade anarchic have rigid patterns of traditional planning.
Meanwhile the instance ecological sustainability of the container has cleared through customs, which could rise to new housing unit or bridge, or rather small bar, all in the imperative need for reuse.
Rome and blind sides
In terms of land consumption Rome is a city with its uncontrolled growth paradigm dictated by speculation of a building quantity without quality. Maximizing its volume has left scars in the tissue in the form of silent scenes of waiting spaces, which ironically now become an unexpected source. The facades blind then become the surface on which you can think of a parasitic system that solves the request with the verticality of quality public spaces. A system that is flexible, sustainable and standardized to minimize costs.
The case study: The
Ostiense Ostiense district is the subject of many intervention programs, but still retains that sense of incompleteness post that seems to collide with its status as a district of historic fabric. A consolidated environment with few public spaces but with the availability of quality space provided by an extensive system of blind sided. The purpose of the experiment was therefore to identify a structure serially repeatable, specific, configurable, and serving as a container for a set of functions that are not public use space at the street level. It is therefore proposed cradle solution that can operate as a system of intervention that can be adapted to relate sequences of urban vertical. STRUCTURE ®
As Koolhaas observes, the regular grid, in its simple repetition, offers a wide freedom of configuration. Considering that the type of proposed transaction requires the involvement Public Administration, it was thought to contain development costs by using a simple lattice structure, easy installation and removal, but which can outline various compositions. This structure in turn contains the function modules that can be configured as a tetris as needed. The third element is represented by a powered lift, thanks to solar panels, which, inserted in sufficient numbers, can cover the energy requirements of structure.
Modules Module types can be classified into four functional families:
system open spaces
One Box System (functions closed)
Multimedia System System System Life Cycle
open spaces
's based on the modules of the green (green, tree, water) and those of the paved areas.
can be configured so as to obtain accessible public squares and gardens, as well as provide a fifth of urban vegetation on the example of the Vertical Garden by Patrick Blanc. One Box System
's based on functional self-sufficient units that can accommodate a variety of uses. PARASITE The architecture we have shown that disposal in industrial objects can be converted with multiple solutions, including housing.
Multimedia System
's based on the modules screen and sound. They can perform a number of multimedia features, from cinema to communication through the concerts, providing scalable configurations. The sound module for example, in conjunction with the modules open spaces can become a stage amplifier for a wide variety of artistic performances.
System Life Cycle
's based on forms of energy (solar and wind power) and modules for filtering water and air. The industrial ecology has shown us how these systems can now be solutions of common use, allowing a substantial contribution to energy from clean power sources. the aim is to ensure a supply system that makes the whole self-sufficient, together with biological mechanisms for improving environmental conditions. Conclusion
structure is conceived as a container where there are instances of green, leisure, entertainment and culture. The use of a modular structure allows reuse of abandoned industrial properties or to incorporate clean energy sources, to ensure a sustainable life cycle. Standardized elements allow you to reduce costs and ensure flexibility over time, facilitating the management by the public.
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