Getty Center - Architecture

Architecture

Meier has exploited the two naturally-occurring ridges (which diverge at a 22.5 degree angle) by overlaying two grids along these axes. These grids serve to define the space of the campus while dividing the import of the buildings on it. Along one axis lie the galleries and along the other axis lie the administrative buildings. Meier emphasized the two competing grids by constructing strong view lines through the campus. The main north-south axis starts with the helipad, then includes a narrow walkway between the auditorium and north buildings, continues past the elevator kiosk to the tram station, through the rotunda, past the walls and support columns of the exhibitions pavilion, and finally the ramp besides the west pavilion and the central garden. Its corresponding east-west visual axis starts with the edge of the scholar's wing of the Getty Research Institute (GRI), the walkway between the central garden and the GRI, the overlook to the azalea pool in the central garden, the walkway between the central garden and the west pavilion, and finally the north wall of the west pavilion and the courtyard between the south and east pavilions.

The main axes of the museum grid that is offset by 22.5 degrees begins with the arrival plaza, carries through the edge of the stairs up to the main entrance, aligns with the columns supporting the rotunda as well as the center point of the rotunda, aligns with travertine benches in the courtyard between the pavilions, includes a narrow walkway between the west and south pavilions, a staircase down to the catus garden and ends in the garden. The corresponding cross axis starts with the center point of the circle forming the GRI library garden, then passing to the center of the entrance rotunda, and aligning with the south wall of the rotunda building. Although all of the museum is aligned on these alternative axes, portions of the exhibitions pavilion and the east pavilion are aligned on the true north-south axis as a reminder that both grids are present in the campus.

The primary grid structure is a 30-inch (760 mm) square; most wall and floor elements are 30-inch (760 mm) squares or some derivative thereof. The buildings at the Getty Center are made from concrete and steel with either travertine or aluminium cladding. Around 1,200,000 square feet (110,000 m2) of travertine was used to build the center.

Throughout the campus, numerous fountains provide white noise as a background. The initial design has remained intact; however benches and fences have been installed around the plaza fountains to discourage visitors from wading into the pools. Some additional revisions have been made in deference to the Americans with Disabilities Act.

The north promontory is anchored by a circular grass area, which serves as a heliport in case of emergencies, and the south promontory is anchored by a succulent plant and cactus garden. The complex is also encircled by access roads that lead to loading docks and staff parking garages on both the west and east sides of the buildings. The hillside around the complex has been planted with California Live Oak (Quercus agrifolia) trees.

The museum has a seven-story deep underground parking garage with over 1,200 parking spaces. Its roof has an outdoor sculpture garden. An automated three-car, cable-pulled tram takes passengers between the parking garage at the bottom of the hill and the museum at the top of the hill.

Read more about this topic:  Getty Center

Famous quotes containing the word architecture:

    It seems a fantastic paradox, but it is nevertheless a most important truth, that no architecture can be truly noble which is not imperfect.
    John Ruskin (1819–1900)

    Polarized light showed the secret architecture of bodies; and when the second-sight of the mind is opened, now one color or form or gesture, and now another, has a pungency, as if a more interior ray had been emitted, disclosing its deep holdings in the frame of things.
    Ralph Waldo Emerson (1803–1882)

    The principle of the Gothic architecture is infinity made imaginable.
    Samuel Taylor Coleridge (1772–1834)