ARC423 Advanced Building Systems

CENTRE CULTUREL D'ART GEORGES POMPIDOU,
Place Beaubourg, Paris, France.
Piano & Rogers, architects with Ove Arup, 1971-77

 

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Systems: the dilemma of complexity
Modern buildings are many times more complex than most of the historic buildings we have looked at. Reasons include:

1. The proliferation of systems, due to:
    a. New technologies, such as electronic systems, telecommunications systems, computer network systems, and who knows what is next??
    b. Refinement of existing technologies, the narrowing of the objectives of existing systems, producing more specific and thus more efficient systems.

2. The need for rapid construction.
    Financing systems in the United States put enormous pressure on the architect to design and build quickly. Design/build techniques, exploitation of rapid fabrication and assembly techniques add layers of complexity.

3. Concern for fire
    a. Detection, systems for the rapid detection of smoke/fire
    b. Protection, systems for protection of the other systems in the building
    c. Suppression, systems for suppression of a fire should one occur.

From the brief:
One million square foor cultural center to include for major components:
  1. A museum of modern art
  2. A reference library
  3. A center for industrial design
  4. A center for music and acoustic research.

Also included were areas for administration, hbook shops, restaurants, cinemas, children's activities and a parking.

Major points
The building may be seen as both the "triumph of the poetics of tectonics" and a demonstration of "promises unfullfilled". The decision to turn the building "inside out" results in a stunning building, fascinating and beautiful to some, offensive to others.

For our purposes it serves to illustrate:

  • The degree to which various systems in the building may possess varying levels of openness.
  • The varying degrees of the hierarchy of openness, with the building passing on to the user varying degress of openness.
  • The advantages and liabilities of the application of a universal solution with universal space.
  • The degree to which the modern steel articulated assembled building results in a proliferation of systems.
  • The complications that fire concerns can have on a building with such an extensive degree of reduction of the structural sytem and with an exposed mechanical and structural system.

Link to Centre Pompidou web site.
Link to Centre Pompidou's web site

Beaubourg aerial photo
Aerial view.
Beaubourg competition elevation
Front elevation from the competition entry.
Beaubourg plan
Typical floor plan
Beaubourg gerberette
Gerberette
Beaubourg joint assembly
Lowering one of the trusses onto a gerberette
Column load 5000 tons compression, 1000 tons tension
Bays 13
Floors 6
Columns 8cm (2'-7") diameter spun steel hollow
Gerberettes (rocker beams) 10 ton cast steel, 8.2 m (26'-10") long
Main truss 48m (157"-6") long
Overall building 170 m (558'-9") long
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Last update: April 09, 2003. Copyright © 2003 Bruce M. Coleman
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