This paper presents an assessment of the potential seismic performance of new earth construction in Portugal. Results of a parametric study on a properly designed rammed earth construction, considering several strengthening solutions, are presented and discussed. It is concluded that single storey houses can have acceptable seismic performance even in high seismicity areas, provided that the structure is adequately strengthened by reinforced concrete columns and beams. Improvement of the characteristics of the structural material (earth) may be necessary to reduce damage
Out-of-plane bending tests were conducted to determine whether rammed earth (RE) walls, designed to ...
This article belongs to the Special Issue Reducing the Seismic Vulnerability of Existing Buildings: ...
Considering that vernacular architecture may bear important lessons on hazard mitigation and that we...
Raw earth is used by men as a building material for thousands of years and remains today as one of t...
Rammed earth is one of the oldest building materials in the world and is present in the Portugal wi...
Despite the use of rammed earth became marginal in the second half of the past century, Portugal sti...
Rammed earth constructions represent a valuable cultural heritage of vernacular architecture, whose ...
Rammed-earth constructions are present all over the world and are common in Portugal, especially in ...
Rammed earth is one of the oldest building materials in the world and is present in P...
Earthen constructions are spread worldwide, not only as architectural heritage but also as new build...
Rammed earth is an ancient building technique that has been continuously reinvented in the dynamic m...
Raw earth is one of the most widely used building materials and is employed in different techniques,...
Sustainability in the materials we use for construction is a prime concern, focusing on reducing the...
Earthen architecture has a significant share in the world’s fund of both residential architecture an...
The seismic design of structures based on their expected performance is becoming very widespread in ...
Out-of-plane bending tests were conducted to determine whether rammed earth (RE) walls, designed to ...
This article belongs to the Special Issue Reducing the Seismic Vulnerability of Existing Buildings: ...
Considering that vernacular architecture may bear important lessons on hazard mitigation and that we...
Raw earth is used by men as a building material for thousands of years and remains today as one of t...
Rammed earth is one of the oldest building materials in the world and is present in the Portugal wi...
Despite the use of rammed earth became marginal in the second half of the past century, Portugal sti...
Rammed earth constructions represent a valuable cultural heritage of vernacular architecture, whose ...
Rammed-earth constructions are present all over the world and are common in Portugal, especially in ...
Rammed earth is one of the oldest building materials in the world and is present in P...
Earthen constructions are spread worldwide, not only as architectural heritage but also as new build...
Rammed earth is an ancient building technique that has been continuously reinvented in the dynamic m...
Raw earth is one of the most widely used building materials and is employed in different techniques,...
Sustainability in the materials we use for construction is a prime concern, focusing on reducing the...
Earthen architecture has a significant share in the world’s fund of both residential architecture an...
The seismic design of structures based on their expected performance is becoming very widespread in ...
Out-of-plane bending tests were conducted to determine whether rammed earth (RE) walls, designed to ...
This article belongs to the Special Issue Reducing the Seismic Vulnerability of Existing Buildings: ...
Considering that vernacular architecture may bear important lessons on hazard mitigation and that we...