Research on the Design Scheme of the Mainline-to-Ramp Widened Bridge Node for the Expressway Upgrade Project of Beichen Avenue (North Second Ring Road - Qinhan Avenue)

The width of the prestressed concrete beam is integrated with the width-split width. The existing prestressed concrete beam and the width-split beam are connected by cantilevers. The horizontal steel bars are implanted in the existing bridge cantilevers and the horizontal steel bars are connected with the cantilevers of the wide beam cantilevers. The longitudinal steel bars are arranged. The cast-in-place wet joints are UHPC (ultra-high performance concrete). In the study of the design plan for the main line connection ramp wide-split bridge of Beichen Avenue (North Second Ring Road - Qinhan Avenue) rapid transformation project, the wide-split bridge was mainly studied and analyzed from two plans. Plan 1, the bridge deck was not widened, and the superstructure was hinged. The plan focused on the impact on the current bridge traffic during the construction period. The bridge deck was widened. The bridge deck was built on the outside of the current bridge. The new and old bridge deck was connected with wet joints; Plan 2, the bridge deck was widened, and the superstructure was semi-rigid. The plan focused on the impact on the current bridge traffic during the construction period. The bridge deck was widened, and the new and old bridge decks were connected with wet joints.

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Publication Details

Journal
Sustainability in Environment
Published
2025-07-24
DOI
https://doi.org/10.22158/se.v10n3p98
Primary Topic
Civil and Geotechnical Engineering Research
Type
article
Field-Weighted Citation Impact
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article

Research on the Design Scheme of the Mainline-to-Ramp Widened Bridge Node for the Expressway Upgrade Project of Beichen Avenue (North Second Ring Road - Qinhan Avenue)

Tao Yang, Fang Lin
Sustainability in Environment
Civil and Geotechnical Engineering Research
article

Research on the Design Scheme of the Mainline-to-Ramp Widened Bridge Node for the Expressway Upgrade Project of Beichen Avenue (North Second Ring Road - Qinhan Avenue)

Tao Yang, Fang Lin
article en

Abstract

The width of the prestressed concrete beam is integrated with the width-split width. The existing prestressed concrete beam and the width-split beam are connected by cantilevers. The horizontal steel bars are implanted in the existing bridge cantilevers and the horizontal steel bars are connected with the cantilevers of the wide beam cantilevers. The longitudinal steel bars are arranged. The cast-in-place wet joints are UHPC (ultra-high performance concrete). In the study of the design plan for the main line connection ramp wide-split bridge of Beichen Avenue (North Second Ring Road - Qinhan Avenue) rapid transformation project, the wide-split bridge was mainly studied and analyzed from two plans. Plan 1, the bridge deck was not widened, and the superstructure was hinged. The plan focused on the impact on the current bridge traffic during the construction period. The bridge deck was widened. The bridge deck was built on the outside of the current bridge. The new and old bridge deck was connected with wet joints; Plan 2, the bridge deck was widened, and the superstructure was semi-rigid. The plan focused on the impact on the current bridge traffic during the construction period. The bridge deck was widened, and the new and old bridge decks were connected with wet joints.

Sustainability in EnvironmentVol. 10(3)
Openalex Percentile: Top 64%
Civil and Geotechnical Engineering Research
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