A team carried out a detailed design of structural vaults built from local soil for a new museum at the World Heritage Site of Mapungubwe in South Africa designed by Peter Rich Architects. Michael Ramage (Cambridge), John Ochsendorf, and Philippe Block designed the unreinforced structural masonry vaults in collaboration with Henry Fagan in South Africa. Matthew Hodge developed the cement-stabilized tiles in collaboration with Anne Fitchett (Univ. of Witwatersrand). Based on his experience building the domes of the Pines Calyx in the UK, James Bellamy supervised the vault construction on site. The project was part of masonry research conducted by MIT.
Casa em Arruda Dos Vinhos
Architects PlanoB from Lisbon, Portugal have completed an innovative house called A Casa em Arruda Dos Vinhos that employs a hybrid earthen wall system that combines elements of rammed earth, cob and wattle and daub similar to the encajonado method used in the historic Briones House in California.
Casa em Arruda Dos Vinhos construction website.
Tebogo Home for Handicapped Children
Orange Farm is a township in the southwest of Johannesburg. The social situation is characterised by poverty, AIDS and unemployment. The appearance of the development is dominated largely by buildings or shacks made mostly of sheet metal, corrugated iron or parts of cars. In summer it can become unbearably hot in these shacks (up to 45°C), while during winter nights it can be noticeably cold (to 2°C).
BASE habitat was commissioned by the Tebogo Home for Handicapped Children. The Austrian NGO SARCH set up this contact for us. The home for almost 50 children had become too small. In a group of 25 students we planned and built a dining building with a new kitchen, and a therapy building with sanitary facilities. A generously dimensioned pergola, a garden hall, connects the buildings with each other. The buildings we erected in Tebogo have a pleasant indoor climate throughout the year – without the use of energy. In this way we were able to reduce the fluctuation in temperature to only 9°C. Local workers, above all women, were integrated in the project. The building materials were acquired directly from the township: concrete blocks, earth, clay, straw, timber, grass mats – to strengthen the local economy and to make later repetition easier. One of the main aims was to make buildings that suited the needs of the children. They received a home that conveyed a sense of security and joy in living.
Tecnobarro and Quincha Metálica
Usualmente, cuando se habla de construcción con tierra cruda, se piensa inmediatamente en la construcción con “adobe”, sin embargo ambos términos no son sinónimos: el adobe es una de las tantas técnicas de construcción con tierra. Entre algunas de ellas destacan las tradicionales y más utilizadas en nuestro país, como lo son el tapial y la quincha, y otras técnicas mixtas nuevas, como el denominado tecnobarro y la quincha metálica.
Soil Lamp
We previously reported on the Mud Clock that runs off electricity generated by soil. The Soil Lamp, designed by Design Academy Eindhoven student Marieke Staps and recently exhibited during Milan Design Week 2008, is another electricity-producing soil innovation whereby the metallic strips of zinc and the minerals and organisms in damp soil chemically react with one another to initiate a constant electrical current that lights up an LED. Perhaps an entire earthen house can run all the appliances within using this technology.
Sea, Sand and Mud
An interesting building material production technique is outlined in a recent article by the BBC which suggests a Russian technique for manufacturing building blocks out of sand and seawater. The article also notes that unfired mud brick (adobe) technology has taken off in the US, dispensing with the energy used in firing traditional clay bricks.