presentation of rammed earth technique

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Page 1: Presentation of Rammed Earth technique
Page 2: Presentation of Rammed Earth technique

Rammed  Earth  

Page 3: Presentation of Rammed Earth technique

Ingredients  

•  Sand/gravel  70%  •  Clay  30%  

•  SRE  uses  6%  of  cement*  •  Normal  concrete  <  12%  

*  Cement  is  responsible  for  7%  of  the  total  CO2  producGon  

Page 4: Presentation of Rammed Earth technique

Tulou  houses  

Page 5: Presentation of Rammed Earth technique

Holes  by  moving  formwork  

Page 6: Presentation of Rammed Earth technique

Covered  by  bricks  

Page 7: Presentation of Rammed Earth technique

Protected  by  lime  

Page 8: Presentation of Rammed Earth technique

String  course  

Page 9: Presentation of Rammed Earth technique

StraGficaGon  

Page 10: Presentation of Rammed Earth technique

Eaves  overhang  

Page 11: Presentation of Rammed Earth technique
Page 12: Presentation of Rammed Earth technique

Earthquake  resistance  

Page 13: Presentation of Rammed Earth technique

Stabilised  rammed  earth  (SRE)  

Page 14: Presentation of Rammed Earth technique

Low  cost  urban  housing  

Page 15: Presentation of Rammed Earth technique

(Dis)advantages  

disadvantages  •  Vulnerable  to  water  •  Erosion  due  to  rain  •  Thick  walls  •  Trasslayer  /  plinth  •  Eaves  overhang  

advantages  •  100%  recyclable  •  Low  carbon  foothprint  •  Proven  technique  •  Local  material  

•  Less  transport  

Page 16: Presentation of Rammed Earth technique

Thanks  for  your  aTenGon  

TAIPA  –  architectural  en  structural  design   Dries  van  Eijk