A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
NOVEL ULTRA-HIGH-STRENGTH UHPC FOOTBRIDGE
The present disclosure provides a novel ultra-high-strength UHPC footbridge, including concrete bridge plates, where adjacent concrete bridge plates are fixedly connected to each other by connecting pieces, an upper side of each of the connecting pieces is provided with a bridge deck protection device, and a cobblestone layer is laid on an upper side of each of the concrete bridge plates. The novel ultra-high-strength UHPC footbridge according to the present disclosure has the advantages that the concrete bridge plates are compact in structure and have fewer pores, and the concrete strength is high; every two concrete bridge plates are connected by an annular steel plate, which improves the strength of a joint of the concrete bridge plates; the cobblestone layer is laid on a bridge deck, so that the strength of the bridge deck is enhanced, and pedestrians who do not behavior properly can be prevented from driving vehicles on the bridge deck. DRAWINGS:
NOVEL ULTRA-HIGH-STRENGTH UHPC FOOTBRIDGE
The present disclosure provides a novel ultra-high-strength UHPC footbridge, including concrete bridge plates, where adjacent concrete bridge plates are fixedly connected to each other by connecting pieces, an upper side of each of the connecting pieces is provided with a bridge deck protection device, and a cobblestone layer is laid on an upper side of each of the concrete bridge plates. The novel ultra-high-strength UHPC footbridge according to the present disclosure has the advantages that the concrete bridge plates are compact in structure and have fewer pores, and the concrete strength is high; every two concrete bridge plates are connected by an annular steel plate, which improves the strength of a joint of the concrete bridge plates; the cobblestone layer is laid on a bridge deck, so that the strength of the bridge deck is enhanced, and pedestrians who do not behavior properly can be prevented from driving vehicles on the bridge deck. DRAWINGS:
NOVEL ULTRA-HIGH-STRENGTH UHPC FOOTBRIDGE
RONG QIYING (author) / CHANG HUI-CHIN (author)
2021-04-15
Patent
Electronic Resource
English
IPC:
E01D
BRIDGES
,
Brücken
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