AbstractThe paper deals with the mechanical characterization of the materials that composes the structural system of the archaeological earthen complex of ‘Huaca de la Luna’ in Perú (100–900A.D.). The mechanical characterization was carried out through uniaxial compression, three-point bending and splitting tests. The results indicate differences in bricks and mortar samples in strength capacity and elastic stiffness in compression, as well as differences in rupture modulus and diametric compression strength. The study contributes to understand the linear and nonlinear behavior of archaeological earthen materials and structures and provides reference values for the structural assessment of similar buildings and monuments
Preservation of archaeological asset in Pompeii site requestsa systematic planning of conservation i...
The knowledge of the morphological and mechanical properties of masonry walls is very important for...
Earth buildings have a strong connection with the environment, due to the local materials used and t...
The present paper deals with the in situ mechanical characterization of 2000 years old adobe bricks ...
This article presents an experimental and numerical study for the mechanical characterization under ...
This article presents an experimental and numerical study for the mechanical characterization under ...
A study of the mechanical properties of adobe bricks collected from houses and land dividing walls i...
The earth is one of the oldest and most widely used building materials worldwide. The research is re...
Unreinforced masonry (URM) heritage structures, because of their rudimentary building techniques, ar...
Due to the lack of documentation regarding the mechanical properties of masonry units prevalent in U...
The mechanical characterization of masonry is of paramount importance for the structural assess-ment...
Adobe masonry is one of the oldest construction systems still in use today, Mexico has an enormous c...
Artículo de publicación ISIThe conservation of archaeological heritage is of major importance for pr...
Adobe is a construction technique that uses raw earth mixed and moulded to form sun-dried blocks to ...
The evaluation of historical buildings has always posed significant challenges due to the difficulti...
Preservation of archaeological asset in Pompeii site requestsa systematic planning of conservation i...
The knowledge of the morphological and mechanical properties of masonry walls is very important for...
Earth buildings have a strong connection with the environment, due to the local materials used and t...
The present paper deals with the in situ mechanical characterization of 2000 years old adobe bricks ...
This article presents an experimental and numerical study for the mechanical characterization under ...
This article presents an experimental and numerical study for the mechanical characterization under ...
A study of the mechanical properties of adobe bricks collected from houses and land dividing walls i...
The earth is one of the oldest and most widely used building materials worldwide. The research is re...
Unreinforced masonry (URM) heritage structures, because of their rudimentary building techniques, ar...
Due to the lack of documentation regarding the mechanical properties of masonry units prevalent in U...
The mechanical characterization of masonry is of paramount importance for the structural assess-ment...
Adobe masonry is one of the oldest construction systems still in use today, Mexico has an enormous c...
Artículo de publicación ISIThe conservation of archaeological heritage is of major importance for pr...
Adobe is a construction technique that uses raw earth mixed and moulded to form sun-dried blocks to ...
The evaluation of historical buildings has always posed significant challenges due to the difficulti...
Preservation of archaeological asset in Pompeii site requestsa systematic planning of conservation i...
The knowledge of the morphological and mechanical properties of masonry walls is very important for...
Earth buildings have a strong connection with the environment, due to the local materials used and t...