2016
DOI: 10.3989/ic.15.082
|View full text |Cite
|
Sign up to set email alerts
|

Sistema de autoconstrucción sismorresistente: características resistentes y proceso constructivo

Abstract: RESUMENLa autoconstrucción con tierra, adobe o ladrillo es muy habitual en los países en vías de desarrollo que están en zonas de alto riesgo sísmico. Ante la necesidad de dar respuesta al problema, aportando sencillez constructiva, hemos trabajado desde hace años en el empleo del Sistema de Albañilería Integral (SAI).El SAI es un sistema que, combinado con materiales autóctonos, aporta resistencia sísmica y su facilidad de ejecución lo hace adecuado para la autoconstrucción de viviendas antisísmicas.Este artí… Show more

Help me understand this report

Search citation statements

Order By: Relevance

Paper Sections

Select...
1
1

Citation Types

0
1
0
1

Year Published

2023
2023
2023
2023

Publication Types

Select...
1
1

Relationship

0
2

Authors

Journals

citations
Cited by 2 publications
(2 citation statements)
references
References 10 publications
0
1
0
1
Order By: Relevance
“…• Life Cycle Assessment -CLA (ACV in the Portuguese acronym) of two structural systems (traditional masonry and steel structure) of a building in three different cities in Belgium, Portugal and Sweden (Rossi et al, 2012); B. Historical Approach: historical houses in the North of Spain (Salas, 2020); production of popular building culture and heritage in Caracas (Rosas Meza, 2009); historical and cultural factors of traditional construction (Orta et al, 2016) and analyses of traditional houses with vaulted roofs made with ceramic brick masonry (Masferrer et al, 2012); with adobe masonry and the other with ceramic block masonry (Orta et al, 2016); D. Alternative materials: experimental masonry with adobe-and-reed blocks (Prado García & Illanes Garat, 2008); bio-concrete and bamboo masonry (Rosse ); E. Analyses of composite systems of prefabricated concrete and structural masonry (González Mahecha et al, 2020); F. Assessment of mechanical resistance: Physical and mechanical performance of soil-cement blocks to be used in houses (Bedoya-Montoya, 2018) and destructive tests of resistance to compression in ceramic-block structural masonry (Marvila et al, 2019). The most addressed topic refers to the environmental impact of single-mode or combined masonry techniques, either by themselves or compared to other building systems.…”
Section: -Masonry-based Systemsmentioning
confidence: 99%
“…• Life Cycle Assessment -CLA (ACV in the Portuguese acronym) of two structural systems (traditional masonry and steel structure) of a building in three different cities in Belgium, Portugal and Sweden (Rossi et al, 2012); B. Historical Approach: historical houses in the North of Spain (Salas, 2020); production of popular building culture and heritage in Caracas (Rosas Meza, 2009); historical and cultural factors of traditional construction (Orta et al, 2016) and analyses of traditional houses with vaulted roofs made with ceramic brick masonry (Masferrer et al, 2012); with adobe masonry and the other with ceramic block masonry (Orta et al, 2016); D. Alternative materials: experimental masonry with adobe-and-reed blocks (Prado García & Illanes Garat, 2008); bio-concrete and bamboo masonry (Rosse ); E. Analyses of composite systems of prefabricated concrete and structural masonry (González Mahecha et al, 2020); F. Assessment of mechanical resistance: Physical and mechanical performance of soil-cement blocks to be used in houses (Bedoya-Montoya, 2018) and destructive tests of resistance to compression in ceramic-block structural masonry (Marvila et al, 2019). The most addressed topic refers to the environmental impact of single-mode or combined masonry techniques, either by themselves or compared to other building systems.…”
Section: -Masonry-based Systemsmentioning
confidence: 99%
“…Desde épocas prehistóricas, el adobe ha sido uno de los materiales de construcción más antiguos y su uso es muy común en zonas de alto riesgo sísmico. Ante esto, surgieron algunos estudios de investigación enfocados en el mejoramiento de la resistencia del adobe a través del uso de refuerzos, uno de los estudios plantea un sistema de autoconstrucción sismorresistente (Orta, Adell, Bustamante, & Martínez, 2016) en el cual emplean un refuerzo basado en armadura prefabricada de acero galvanizado en forma de cerchas que se entrelazan entre sí permitiendo mejorar la resistencia de las viviendas de adobe frente a un sismo. Asimismo, el estudio de reforzamiento de viviendas de adobe con madera confinada (Ruiz, Silva, Cerón, & López, 2017) plantea el uso de refuerzos de madera para disminuir el riesgo de fisuramiento y agrietamiento de los muros de las viviendas frente a movimientos sísmicos tal como se observa en la Ilustración 1 (Ruiz, 2017).…”
Section: Introducción Antecedentesunclassified