A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Physical and mechanical characterization of cement-stabilized compressed earth bricks ; Caracterización física y mecánica del ladrillos de tierra comprimida estabilizada con cemento
Soil is the basic material for the manufacture of compressed earth bricks, working the soil without any type of stabilization the physical and mechanical properties are minimal. This research aims to evaluate the physical and mechanical characteristics of compressed earth bricks stabilized with different dosages 5, 8, 12, 12, 15 and 18 % of cement, the tests that were performed were: absorption, compressive strength and flexural strength per unit of masonry, compressive strength of piles, diagonal compressive strength of walls and the X-ray diffraction test of the bricks; the results obtained from the different tests determine that with 18% cement the optimum strengths are obtained, the samples subjected to the absorption test have a 12. 63%, as for their compressive strength increased by 53. 95%, flexural strength in 43%, resistance to compression of piles in 36.6%, diagonal compression strength of walls in 41.24%, taking as a reference base the standard sample of 0% cement, in the X-ray diffraction test of the compressed brick stabilized with 18% cement where predominates the 32. 4% of calcium silicate, 23.8% of aluminum silicate, 17.4 % of hydrated calcium, 14.2 % of illite, 6.86 % of calcium oxide, 3.34 % of quartz, 1.2 % of kaolinite and goethite 0.8 % ; it is concluded that the bricks of compressed earth stabilized with cement (BCESC) is a sustainable construction alternative that improves the mechanical properties of the soil ; El suelo es el material básico para la fabricación de ladrillos de tierra comprimida, trabajar el suelo sin ningún tipo de estabilización las propiedades físicas y mecánicas son mínimas. Esta investigación tiene por objetivo evaluar las características físicas y mecánicas de los ladrillos de tierra comprimida estabilizada con diferentes dosificaciones 5, 8, 12, 15 y 18% de cemento, los ensayos que se realizaron fueron: absorción, resistencia a la compresión y resistencia a la flexión por unidad de albañilería, resistencia a la compresión de pilas, resistencia de compresión diagonal ...
Physical and mechanical characterization of cement-stabilized compressed earth bricks ; Caracterización física y mecánica del ladrillos de tierra comprimida estabilizada con cemento
Soil is the basic material for the manufacture of compressed earth bricks, working the soil without any type of stabilization the physical and mechanical properties are minimal. This research aims to evaluate the physical and mechanical characteristics of compressed earth bricks stabilized with different dosages 5, 8, 12, 12, 15 and 18 % of cement, the tests that were performed were: absorption, compressive strength and flexural strength per unit of masonry, compressive strength of piles, diagonal compressive strength of walls and the X-ray diffraction test of the bricks; the results obtained from the different tests determine that with 18% cement the optimum strengths are obtained, the samples subjected to the absorption test have a 12. 63%, as for their compressive strength increased by 53. 95%, flexural strength in 43%, resistance to compression of piles in 36.6%, diagonal compression strength of walls in 41.24%, taking as a reference base the standard sample of 0% cement, in the X-ray diffraction test of the compressed brick stabilized with 18% cement where predominates the 32. 4% of calcium silicate, 23.8% of aluminum silicate, 17.4 % of hydrated calcium, 14.2 % of illite, 6.86 % of calcium oxide, 3.34 % of quartz, 1.2 % of kaolinite and goethite 0.8 % ; it is concluded that the bricks of compressed earth stabilized with cement (BCESC) is a sustainable construction alternative that improves the mechanical properties of the soil ; El suelo es el material básico para la fabricación de ladrillos de tierra comprimida, trabajar el suelo sin ningún tipo de estabilización las propiedades físicas y mecánicas son mínimas. Esta investigación tiene por objetivo evaluar las características físicas y mecánicas de los ladrillos de tierra comprimida estabilizada con diferentes dosificaciones 5, 8, 12, 15 y 18% de cemento, los ensayos que se realizaron fueron: absorción, resistencia a la compresión y resistencia a la flexión por unidad de albañilería, resistencia a la compresión de pilas, resistencia de compresión diagonal ...
Physical and mechanical characterization of cement-stabilized compressed earth bricks ; Caracterización física y mecánica del ladrillos de tierra comprimida estabilizada con cemento
Muñoz Pérez , Sócrates Pedro (author) / Rojas Molina, Miriam Rocio (author) / Villena Zapata, Luigi Italo (author) / Tepe Atoche, Victor Manuel (author) / García, Juan (author) / Alvarez, Jorge (author)
2024-04-28
doi:10.7764/RIC00101.21
Revista Ingeniería de Construcción; Vol. 39 No. 1 (2024); 85-95 ; Revista Ingeniería de Construcción; Vol. 39 Núm. 1 (2024); 85-95 ; 0718-5073
Article (Journal)
Electronic Resource
English
Ladrillos de suelo-cemento: mampuesto tradicional en base a un material sostenible
| DOAJ | 2000
Influencia de la humedad en el ensayo de resistencia de los ladrillos de suelo-cemento
| DOAJ | 1994