Danciu, A.D.; Guțiu, Ș.I.; Moga, C.; Dragomir, M.L.; Ciotlăuș, M.; Marusceac, V. A Review of the Network Arch Bridge. Appl. Sci.2023, 13, 10966.
Danciu, A.D.; Guțiu, Ș.I.; Moga, C.; Dragomir, M.L.; Ciotlăuș, M.; Marusceac, V. A Review of the Network Arch Bridge. Appl. Sci. 2023, 13, 10966.
Danciu, A.D.; Guțiu, Ș.I.; Moga, C.; Dragomir, M.L.; Ciotlăuș, M.; Marusceac, V. A Review of the Network Arch Bridge. Appl. Sci.2023, 13, 10966.
Danciu, A.D.; Guțiu, Ș.I.; Moga, C.; Dragomir, M.L.; Ciotlăuș, M.; Marusceac, V. A Review of the Network Arch Bridge. Appl. Sci. 2023, 13, 10966.
Abstract
The first Network Arch Bridge (NAB) was opened to traffic 60 years ago and since then the idea spread around the world. It is a type of a tied arch bridge that combines the benefits of tied arch bridges and trusses in a single system, thus it has a very good stiffness even in the case of extremely slender structures. In a Network Arch the hangers are inclined and some of them intersect each other at least twice. The core of a NAB is the hanger arrangement that minimizes the bending moment in the arch to very small values, leading thus to compression in the arch. This paper reviews the Network Arch idea devised by prof. Tveit and extended by researchers and engineers worldwide. A comprehensive review of the literature about the Network Arch is provided and the situation of NABs around the world from the standpoint of location, span, structural system used for the cross-section, bridge type (road, railway, combined or pedestrian) and opening year is discussed.
Copyright:
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