Abstract. This year of 2014 is marked as the eight anniversary of Sidoarjo or LUSI volcanic mud eruption. More than 640 hectares of productive land has been submerged, and yet the eruption is still continue. This paper reviews the search to uncover its potential as construction materials. The mud is in semi-crystalline state in its original form, and it is rich in silicon and aluminium oxides, with the total amount of SiO2, Al2O3 and Fe2O3 is more than 80. Calcination at 600-8000C for a certain period of time, followed with grinding to reduce the particle size to less than 63#956m convert the mud to be an amorphous and reactive material. The treated mud is an excellent pozzolanic material, suitable for making high volume pozzolanic mortar o...
Previous studies on Sidoarjo volcanic mud have been largely focusing on its use as lowvolume cement ...
This paper introduced the new pelletized artificial geopolymer aggregate made from volcano ash. This...
The investigation into earthen construction technologies and materials is now acknowledged as a cruc...
A mud volcano has been emerging since May 2006, in Sidoarjo, Indonesia, as a result of faulty in oil...
Several attempts have been made to utilize volcanic mud from Sidoarjo, East Java, Indonesia, which h...
A mud volcano has been emerging since May 2006, in Sidoarjo, Indonesia, as a result of faulty in oil...
Following the Yogyakarta earthquake on May 27th, 2006, the subsequent eruption of a volcano mud has ...
The eruption of Sidoarjo mud volcano that has been taken place since 2006 had caused significant dam...
LUSI mud obtained from the mud volcano in Sidoarjo, Indonesia, is a viable aluminosilicate material ...
AbstractLaboratory tests were conducted to assess the physical properties and mineral content of Sid...
Volcanic ash powders from Etna (Italy) and Cameroon were used as the principal source of aluminosili...
Since the production of Ordinary Portland Cement (OPC), an essential constituent of concrete, leads...
Sidoarjo mud (SM) is generated in considerable amounts from a volcano mud eruption caused by drillin...
Production of artificial lightweight aggregate (LWA) from industrial by-products or abundant volcani...
554-563This paper studies the effect of various red mud proportions on the strength and microstructu...
Previous studies on Sidoarjo volcanic mud have been largely focusing on its use as lowvolume cement ...
This paper introduced the new pelletized artificial geopolymer aggregate made from volcano ash. This...
The investigation into earthen construction technologies and materials is now acknowledged as a cruc...
A mud volcano has been emerging since May 2006, in Sidoarjo, Indonesia, as a result of faulty in oil...
Several attempts have been made to utilize volcanic mud from Sidoarjo, East Java, Indonesia, which h...
A mud volcano has been emerging since May 2006, in Sidoarjo, Indonesia, as a result of faulty in oil...
Following the Yogyakarta earthquake on May 27th, 2006, the subsequent eruption of a volcano mud has ...
The eruption of Sidoarjo mud volcano that has been taken place since 2006 had caused significant dam...
LUSI mud obtained from the mud volcano in Sidoarjo, Indonesia, is a viable aluminosilicate material ...
AbstractLaboratory tests were conducted to assess the physical properties and mineral content of Sid...
Volcanic ash powders from Etna (Italy) and Cameroon were used as the principal source of aluminosili...
Since the production of Ordinary Portland Cement (OPC), an essential constituent of concrete, leads...
Sidoarjo mud (SM) is generated in considerable amounts from a volcano mud eruption caused by drillin...
Production of artificial lightweight aggregate (LWA) from industrial by-products or abundant volcani...
554-563This paper studies the effect of various red mud proportions on the strength and microstructu...
Previous studies on Sidoarjo volcanic mud have been largely focusing on its use as lowvolume cement ...
This paper introduced the new pelletized artificial geopolymer aggregate made from volcano ash. This...
The investigation into earthen construction technologies and materials is now acknowledged as a cruc...