A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Provided is a bridge deck connecting structure capable of achieving a high wheel load in a vehicle traveling direction and capable of reducing a filler material. In the bridge deck plate connecting structure (104) for connecting one bridge deck plate (101) and the other bridge deck plate (102), the ends of the bridge deck plate (101) and the bridge deck plate (102) comprise a connecting part, the connecting part comprises a convex part (102a) and a concave part (101a), the concave part (101a) and the convex part (102a) are clamped, a gap (106) is formed between the convex part (102a) and the concave part (101a), and the gap (106) is filled with a filling material (103). And the bridge deck slab (101), the bridge deck slab (102) and the filling material (103) are made of concrete added with reinforced fibers.
提供一种能够在车辆行驶方向上实现高车轮荷重并能够减少填充材料的桥面板连接结构。在连接一个桥面板(101)和另一个桥面板(102)的桥面板连接结构(104)中，桥面板(101)和桥面板(102)的端部包括连接部，连接部包括凸部(102a)和凹部(101a)，凹部(101a)与凸部(102a)卡合，在凸部(102a)和凹部(101a)之间形成有间隙(106)，在间隙(106)中填充有填充材料(103)，桥面板(101)、桥面板(102)和填充材料(103)由加入有增强纤维的混凝土制成。
Provided is a bridge deck connecting structure capable of achieving a high wheel load in a vehicle traveling direction and capable of reducing a filler material. In the bridge deck plate connecting structure (104) for connecting one bridge deck plate (101) and the other bridge deck plate (102), the ends of the bridge deck plate (101) and the bridge deck plate (102) comprise a connecting part, the connecting part comprises a convex part (102a) and a concave part (101a), the concave part (101a) and the convex part (102a) are clamped, a gap (106) is formed between the convex part (102a) and the concave part (101a), and the gap (106) is filled with a filling material (103). And the bridge deck slab (101), the bridge deck slab (102) and the filling material (103) are made of concrete added with reinforced fibers.
提供一种能够在车辆行驶方向上实现高车轮荷重并能够减少填充材料的桥面板连接结构。在连接一个桥面板(101)和另一个桥面板(102)的桥面板连接结构(104)中，桥面板(101)和桥面板(102)的端部包括连接部，连接部包括凸部(102a)和凹部(101a)，凹部(101a)与凸部(102a)卡合，在凸部(102a)和凹部(101a)之间形成有间隙(106)，在间隙(106)中填充有填充材料(103)，桥面板(101)、桥面板(102)和填充材料(103)由加入有增强纤维的混凝土制成。
Bridge deck slab connecting structure
桥面板连接结构
KANAO SHIGEKI (author)
2024-05-24
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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