You have no items in your shopping cart.
ABSTRACT
Rammed earth refers to compacting a mixture of earth, clay, sand, and sometimes gravel into forms to create walls, floors, and other structural elements. The prefabrication under controlled conditions ensures a high-quality product which can be combined, on site, with a reinforcing timber structure with anti-seismic function. The project focuses on sustainable construction by exploring the potential use of prefabricated rammed earth as an effective solution for low-cost construction. The main objectives is adapting traditional techniques for custom rammed earth elements for construction. The methodology includes conducting physical and mechanical tests to assess the strength, abrasion, and water resistance of the construction material, comparing the relative cost effectiveness of the use of this construction material and construction technique. The use of prefabricated rammed earth building offers a sustainable and low-cost solution for modern architecture. Rammed earth, a material made of 100% earth material, combined with experience, know-how, and technology, provides a durable and aesthetically unique solution. The project focus aims to adapt the traditional technique of rammed earth buildings material and construction techniques to the economic and social context of BeninTraditional Architecture. The research aims to explore the potential for the implementation and profitability of prefabricated rammed earth in sustainable low cost construction, with a focus on its customizability, flexibility, and environmental benefits. It also aims to access the potential for the application of modern technology to optimize the use of prefabricated rammed resources and achieve low cost and environmentally friendly construction solution for modern architecture in Benin City, Edo State and other places.
