Mechanical Characterization of Adobe Masonry

Oliveira, Cristina; Silveira, Dora; Varum, Humberto; Parisi, Fulvio; Miccoli, Lorenzo; Solís, Mario; Rodríguez-Mariscal, J.D.; Tarque, Nicola

doi:10.1007/978-3-030-74737-4_4

Cited by 3 publications

(2 citation statements)

References 19 publications

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“…Representative values of compressive strength, strain at peak stress, modulus of elasticity, Poisson ratio, and other factors for adobe testing conducted in different countries are provided in Silveira et al (2021). Additionally, adobe masonry values for aspect ratio, compressive strength, tensile strength, mortar properties, deformations registered, modulus of elasticity, and Poisson ratios are compiled in Oliveira et al (2021). Asprone et al (2016) tested single-leaf adobe wallets, Silveira et al (2015) performed experimental tests with five full-scale adobe panels, Miccoli et al (2015) produced and tested earth block masonry panels, Vargas-Neumann (1993) conducted a parametric study for rammed-earth walls, and Bui et al (2008) studied a rammed-earth loadbearing wall and compressed earth blocks (CEBs), among many other studies of earthen structures.…”

Section: Advances In the Technical Characterisation Of Earthen Materi...mentioning

confidence: 99%

Literature review on earthen vernacular heritage: contributions to a referential framework

et al. 2022

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The state of the art of earthen architecture and vernacular built heritage comprises a complex set of issues that range from fundamental problematic recognition to anthropological and cultural studies and, more recently, to technological and experimental analyses. This paper addresses the development of the field, following the milestones of the international literature and pursuing a reflective-theory approach within a historical framework. It aims to explore the main contributions that have enhanced vernacular heritage and earthen architecture as specific domains, from pioneering public awareness essays to institutional expertise guidelines. Finally, in addition to the literature review process, this paper considers the recent corpus of recommendations from conservation management reference institutions, the updating of the operative problematic of earthen vernacular built heritage, and the relevance of local community involvement in facing increasing challenges.

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Section: Advances In the Technical Characterisation Of Earthen Materi...mentioning

confidence: 99%

Literature review on earthen vernacular heritage: contributions to a referential framework

et al. 2022

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“…Actualmente, la construcción con mampostería de adobe se reproduce de una manera limitada territorialmente. Su debilidad estructural ante eventos sísmicos se encuentra ampliamente estudiada; y se adjudica la misma a la incapacidad del sistema de tomar esfuerzos de tracción y en su plastificación temprana (Oliveira et al, 2021). Existe, por ello, un rechazo formal de la tecnología que (junto a los antecedentes de eventos sísmicos en el país 1 ) sostiene la prohibición de su uso en las áreas sísmicamente más activas de la Argentina.…”

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Avances en la aplicabilidad del Método de Elementos Finitos para el análisis estructural de construcciones de adobe en la provincia de Jujuy

Losa

Tomasi²,

Sánchez³

2022

AJEA

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La mampostería de adobe es una técnica constructiva tradicional que se mantiene vigente en zonas sísmicamente activas de la Argentina, como lo es el Noroeste Argentino. Su presencia en gran parte del patrimonio construido de dicha región, y su rol primordial en la edificación urbana actual, ameritan el estudio de herramientas para su correcto análisis estructural, en la búsqueda de diseñar respuestas eficientes al riesgo sísmico subyacente. Este trabajo presenta una implementación metodológica, basada en un trabajo conjunto entre relevamiento de campo y tareas de gabinete, que busca aplicar el Método de Elementos Finitos como herramienta de análisis estructural en el distrito de Tilcara, provincia de Jujuy.

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Mechanical and Thermal Properties of Composite Materials Obtained With Sludge Matrix and Agricultural Waste Inserts

FARCAȘ-FLAMAROPOL,

SURDU,

IATAN

et al. 2024

INMATEH

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The article describes the achievement and values of the mechanical and thermal characteristics of composite materials with sludge matrix and the insertion of agricultural waste, focusing on the compressive strength and thermal conductivity coefficient. These two characteristics are essential for civil engineering applications. The compressive strength and thermal conductivity coefficient depend significantly on the insertion concentration in the composite material: the compression strength decreases, and the thermal conductivity coefficient increases as the insertion concentration increases. For mud matrix composites and seed husk insert, the compressive strength varies between 0.375 MPa and 2.292 MPa. In the case of sawdust insert, the compressive strength varies between 0.149 MPa and 2.292 MPa. These values indicate that composite materials are at the lower limit of strength of building materials, but have good insulating properties due to the low coefficient of thermal conductivity. These features recommend using them for supporting walls in light, floor-free buildings, and for partitions with good thermal insulation properties.

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Mechanical Characterization of Adobe Masonry

Cited by 3 publications

References 19 publications

Literature review on earthen vernacular heritage: contributions to a referential framework

Literature review on earthen vernacular heritage: contributions to a referential framework

Avances en la aplicabilidad del Método de Elementos Finitos para el análisis estructural de construcciones de adobe en la provincia de Jujuy

Mechanical and Thermal Properties of Composite Materials Obtained With Sludge Matrix and Agricultural Waste Inserts

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