Tynda
Tynda of 2100 is a center for space-related research as well as a junction on Russia’s Trans-Siberian Railway, where high speed trains from Western Europe and Asia converge. It features a spaceport 50 kilometers away that serves as a point of connection between our world and outer space. Tynda is also a major hub, where imports and exports are transported between distant and neighboring cities.
It has been vertically densified, with a revitalized building stock used to support additional stories layered above as well as bridging between buildings, in order to accommodate the large influx of population coming from the south. A visitor taking a walk down a typical Tynda street can see vertical structures of 20 or more stories soaring above the old buildings.
Public, commercial, and transportation space is layered, with elevated bike lanes and sidewalks that connect to four-story buildings containing gardens, offices and shops. These are also accessible from the street below. Heat-tube energy generators are attached to the outside of buildings in order to maximize solar gain regardless of the weather. An elevated train stretches from the airport to central Tynda; its huge train terminal lies across the river. Universal Platform.
Transportation (U.P.T.), similar to a Maglev in its use of magnetic levitation, runs between the large cargo bays of the Trans-Siberian depot and Tynda proper. In this case, the moving magnetic plates of varying sizes are positioned in three lanes, on which large cargo or cars can be placed. Cars can be carried easily because there are interchanges between the three lanes. Below the U.P.T. tracks, a leisure island in the Tynda River welcomes visitors to enjoy recreational sports, spa, and pool facilities.
parkscape
In older parts of Tynda, new buildings rise in the air over existing ones, their structures forming an exoskeleton that also contains occupiable space. Since the average temperature in Tynda during winter drops precipitously, outdoor activities are limited to the warmer months, making the presence of indoor public space particularly welcome. Entrances to underground plazas, containing winter gardens and public recreational spaces that are lit by natural daylight, beckon to people from some of the inner blocks. Many of these spaces are connected directly to residential towers by elevator.
Public programs and green spaces puncture the new residential structure at different elevations. The structure is layered with green and recreational spaces as well as energy capturing devices, which makes buildings more than a place to live. On the façades of the new residential buildings and superstructures, wind turbines, wind belts, and solar tubes are integrated to provide clean renewable energy to city residents. Surgical additions within the older city blocks also provide a street edge for public and commercial programs by inserting urban infill on previously undefined and underutilized green space.
The commercial layer also integrates green spaces on its upper levels.
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