CONTINUOUS GIRDER BRIDGE STRUCTURAL DESIGN MANADO-BITUNG TOLL ROAD
In the construction of the Manado-Bitung Toll Road, there is an obstacle in the form of a valley approximately 55 meters deep from the planned elevation. Therefore, a bridge is needed to connect the ravine. In this final design assignment, the author will design a bridge at this location. Based o...
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id-itb.:815742024-07-01T11:48:58ZCONTINUOUS GIRDER BRIDGE STRUCTURAL DESIGN MANADO-BITUNG TOLL ROAD Siswaji, Vincent Teknik sipil Indonesia Final Project Pushover Analysis, Prestress Concrete, Continuous Girder Bridge, Highway Bridge, Plastic Hinge INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/81574 In the construction of the Manado-Bitung Toll Road, there is an obstacle in the form of a valley approximately 55 meters deep from the planned elevation. Therefore, a bridge is needed to connect the ravine. In this final design assignment, the author will design a bridge at this location. Based on the geographical conditions, tall pillars are needed to support the bridge structure. The pillars used on the Pinokalan Bridge reach a height of 41 meters, so the lateral deformation that can occur in earthquake conditions will be very large so that using a simple support system becomes less technically feasible. If a simple support system is used, a bearing system with high stiffness is required. Therefore, a continuous girder bridge system is used but still uses PCI girders. In addition, the location of the bridge is in Seismic Design Category D so the author also conducted a pushover analysis to design the bridge pillars. text |
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Teknik sipil Siswaji, Vincent CONTINUOUS GIRDER BRIDGE STRUCTURAL DESIGN MANADO-BITUNG TOLL ROAD |
description |
In the construction of the Manado-Bitung Toll Road, there is an obstacle in the form
of a valley approximately 55 meters deep from the planned elevation. Therefore, a
bridge is needed to connect the ravine. In this final design assignment, the author
will design a bridge at this location. Based on the geographical conditions, tall
pillars are needed to support the bridge structure. The pillars used on the Pinokalan
Bridge reach a height of 41 meters, so the lateral deformation that can occur in
earthquake conditions will be very large so that using a simple support system
becomes less technically feasible. If a simple support system is used, a bearing
system with high stiffness is required. Therefore, a continuous girder bridge system
is used but still uses PCI girders. In addition, the location of the bridge is in Seismic
Design Category D so the author also conducted a pushover analysis to design the
bridge pillars. |
format |
Final Project |
author |
Siswaji, Vincent |
author_facet |
Siswaji, Vincent |
author_sort |
Siswaji, Vincent |
title |
CONTINUOUS GIRDER BRIDGE STRUCTURAL DESIGN MANADO-BITUNG TOLL ROAD |
title_short |
CONTINUOUS GIRDER BRIDGE STRUCTURAL DESIGN MANADO-BITUNG TOLL ROAD |
title_full |
CONTINUOUS GIRDER BRIDGE STRUCTURAL DESIGN MANADO-BITUNG TOLL ROAD |
title_fullStr |
CONTINUOUS GIRDER BRIDGE STRUCTURAL DESIGN MANADO-BITUNG TOLL ROAD |
title_full_unstemmed |
CONTINUOUS GIRDER BRIDGE STRUCTURAL DESIGN MANADO-BITUNG TOLL ROAD |
title_sort |
continuous girder bridge structural design manado-bitung toll road |
url |
https://digilib.itb.ac.id/gdl/view/81574 |
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1822009517757431808 |