Water, aggregate, cement. Mix them together, and you produce concrete – usually the most banal of building materials, not even as characterful or satisfying to touch as a well-fired brick. But when concrete is used by brilliant architects and engineers, the results are riveting. Even today, the world’s first iconic concrete structure, the unreinforced 43.4m dome of the Pantheon in Rome, completed in AD128, still seems breathtaking in its daring and beauty.
The concrete facade of the Notre-Dame du Raincy cathedral, in Le Raincy, in the eastern suburbs of Paris
The grey slurry that sluices constantly out of many thousands of rumbling readymix drums worldwide can produce an amazing range of architectural effects.
It’s impossible to encounter the thick folds of Hadid’s municipal headquarters at Pierresvives, Montpelier, without feeling the sheer tonnage of the concrete. How about the weirdly lit sci-fi atmosphere of Chiaki Arai’s Niigata City Cultural Centre in Japan?
And how can you look at the vast, looming form of Tadao Ando’s Roberto Garza Sada Centre for Arts, Architecture and Design in Monterrey, Mexico, without flinching and imagining being crushed by its collapse at any moment?
The concreting of the world began with the Egyptians, who produced an early form of concrete using a lime and gypsum mix. Roman concrete – opus caementicum – was a much tougher combination of sand, volcanic ash, and hydrated lime. The Romans used concrete for buildings, bridges, aquaducts and viaducts for nearly two centuries, and their cement mix could support 200kg of weight per square centimetre. The sophistication of concrete took a big French-led step forward in 1853 when a house in Paris was built using iron-reinforced concrete; and by 1892, François Hennebique had patented a concrete column-and-beam system at about the time that Chicago’s early steel-reinforced buildings were going up.
The Ibirapuera Park Auditorium designed in 1950 by Brazilian Architect Oscar Niemeyer, in Sao Paulo
In 1913, Max Berg completed the 69m-wide dome of the Centennial Hall in Wroclaw, Poland; and in 1923, Auguste Perret’s Notre Dame church at Le Raincy proved that concrete could be used for elegant modern architecture.
It was the great 20th-century modernist architects and engineers who used concrete to literally break the mould in the way buildings and structures could be formed.
The most sensational results were produced by a Finn and a Brazilian: Eero Sarinen’s 1950s TWA air terminal in New York was concrete in exquisitely arrested meltdown; and in Sao Paulo, Oscar Niemeyer’s Ibirapuera Auditorium greets visitors with a red concrete tongue. Less dramatic, but much more profoundly atmospheric, are the chapel at Ronchamp designed by Le Corbusier – probably the single most iconic chunk of modern concrete architecture – and Peter Zumthor’s Bruder Klaus chapel in Germany, whose charred concrete interior was shaped by a tepee of 113 tree trunks that where burned away once the concrete had set.
Younger practices continue to add to the lexicon of concrete architecture.
The Chilean designers, Pezo von Ellrichhausen, used dyed-green concrete for their block-like house in San Pedro; in Acapulco, BNKR’s Sunset Chapel is a weirdly angular concrete boulder; and Rudy Ricciotti’s MuCEM exhibition hall in Marseille has a filigreed concrete shell.
How cool is concrete? In the right hands and imaginations, very cool indeed.
‘Concrete Buildings’, by Philip Jodidio is published by Taschen
http://www.independent.co.uk/arts-entertainment/architecture/the-hard-stuff-why-concrete-is-still-best-for-stunning-architecture-10348950.html