Connections in Precast Buildings using Ultra High-Strength Fibre Reinforced Concrete
Publikation: Forskning › Konferenceartikel i proceeding
Standard
Connections in Precast Buildings using Ultra High-Strength Fibre Reinforced Concrete. / Jensen, Bjarne Chr.; Jensen, Lars Rom; Hansen, F. Toft; Hansen, Lars Pilegaard.
Modern Design of Concrete Structures: Proceedings of the Nordic Symposium, Aalborg University, May 3-5, 1995. red. / Aakjær, K. (ed.). Aalborg : Dept. of Building Technology and Structural Engineering, Aalborg University, 1995. s. 63-74 (R /; Nr. R9513).Publikation: Forskning › Konferenceartikel i proceeding
Harvard
APA
CBE
MLA
Vancouver
Author
Bibtex
}
RIS
TY - GEN
T1 - Connections in Precast Buildings using Ultra High-Strength Fibre Reinforced Concrete
A1 - Jensen,Bjarne Chr.
A1 - Jensen,Lars Rom
A1 - Hansen,F. Toft
A1 - Hansen,Lars Pilegaard
AU - Jensen,Bjarne Chr.
AU - Jensen,Lars Rom
AU - Hansen,F. Toft
AU - Hansen,Lars Pilegaard
PB - Dept. of Building Technology and Structural Engineering, Aalborg University
CY - Aalborg
PY - 1995
Y1 - 1995
N2 - Precast elements have been used for decades in the building industry. Main reason for this are reduction in price, reduction in erection time, and increase of the quality as production in factories often reduce the possibility of faults. Since the beginning of the 70's, we have in Denmark made several attempts to change from large panel buildings into systems which allow much more flexibility in the use of the building including changes during the lifetime of the building. Column/beam/slab building systems have been introduced, but the flexibility is still limited. Column/slab building systems are preferred, but due to transportation and lift capacities on the site, the size of the slab elements is limited. A building system with great distance between columns, reasonable sizes of slab elements and great possibilities for the architect to form the façade lines, would be a step forward for the building industry. The Building Department of the Education Ministry has initiated such a development, and very simple building systems will be used for the next building complex at Aalborg University. The partners who did the development for the Building Department, are Carl Bro Group, Dall & Lindhardtsen and Aalborg University.
AB - Precast elements have been used for decades in the building industry. Main reason for this are reduction in price, reduction in erection time, and increase of the quality as production in factories often reduce the possibility of faults. Since the beginning of the 70's, we have in Denmark made several attempts to change from large panel buildings into systems which allow much more flexibility in the use of the building including changes during the lifetime of the building. Column/beam/slab building systems have been introduced, but the flexibility is still limited. Column/slab building systems are preferred, but due to transportation and lift capacities on the site, the size of the slab elements is limited. A building system with great distance between columns, reasonable sizes of slab elements and great possibilities for the architect to form the façade lines, would be a step forward for the building industry. The Building Department of the Education Ministry has initiated such a development, and very simple building systems will be used for the next building complex at Aalborg University. The partners who did the development for the Building Department, are Carl Bro Group, Dall & Lindhardtsen and Aalborg University.
KW - Fibre Reinforced Concrete
KW - Joints
KW - Elements
KW - Ultimate Load
KW - Fire Resistanse
KW - Fibre Reinforced Concrete
KW - Joints
KW - Elements
KW - Ultimate Load
KW - Fire Resistanse
BT - Modern Design of Concrete Structures
T2 - Modern Design of Concrete Structures
A2 - Aakjær, K. (ed.),null
ED - Aakjær, K. (ed.),null
T3 - R /
T3 - en_GB
SP - 63
EP - 74
ER -