A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Verificacion de la propiedades reologicas del hormigon sin vibrado
The process of casting is a key issue in the final properties of concrete. The struggle to improve this process has brought the development of a new type of concrete that does not require external vibration in order to fill the formwork. This new type of concrete, known as selfcompacting concrete, differs from other concretes in its rheological properties, but the existing concrete tests does not provide enough information to fully characterize this concrete, either during the design process or the reception at the work place. This work studies some of the proposed validation tests for the fresh state, distinguishing some e advantages and drawbacks among them.
Verificacion de la propiedades reologicas del hormigon sin vibrado
The process of casting is a key issue in the final properties of concrete. The struggle to improve this process has brought the development of a new type of concrete that does not require external vibration in order to fill the formwork. This new type of concrete, known as selfcompacting concrete, differs from other concretes in its rheological properties, but the existing concrete tests does not provide enough information to fully characterize this concrete, either during the design process or the reception at the work place. This work studies some of the proposed validation tests for the fresh state, distinguishing some e advantages and drawbacks among them.
Verificacion de la propiedades reologicas del hormigon sin vibrado
Verifikation der rheologischen Eigenschaften des selbsverdichtenden Betons
Verification of the rheological properties of self-compacting concrete
Gallo, E. (author) / Revuelta, D. (author)
2004
4 Seiten, 7 Bilder, 1 Tabelle, 13 Quellen
Conference paper
Unknown
Propiedades reologicas de betunes modificados con goma de neumatico
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