A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Perfusion gate
The invention relates to a hydraulic structure design technology, in particular to a perfusion gate. A water inlet segment wing wall is of a T-shaped perfusion dam structure and is close to an abutment pier. The abutment pier is of a T-shaped perfusion dam structure and is close to the water inlet segment wing wall, a stilling pool wing wall and a gate bottom plate, and traffic bridge plates are fixed to the upper portion of the abutment pier. The gate bottom plate is of a reinforced concrete structure, and pressure-relief vents are formed in the gate bottom plate. The two ends of the gate bottom plate are connected with long round cast-in-place piles and cast-in-place piles through reinforced concrete. A reversed filter layer is laid below the gate bottom plate. The two sides of the gate bottom plate are close to the abutment pier and a center pier. The pressure-relief vents are of a non-fine concrete structure.
Perfusion gate
The invention relates to a hydraulic structure design technology, in particular to a perfusion gate. A water inlet segment wing wall is of a T-shaped perfusion dam structure and is close to an abutment pier. The abutment pier is of a T-shaped perfusion dam structure and is close to the water inlet segment wing wall, a stilling pool wing wall and a gate bottom plate, and traffic bridge plates are fixed to the upper portion of the abutment pier. The gate bottom plate is of a reinforced concrete structure, and pressure-relief vents are formed in the gate bottom plate. The two ends of the gate bottom plate are connected with long round cast-in-place piles and cast-in-place piles through reinforced concrete. A reversed filter layer is laid below the gate bottom plate. The two sides of the gate bottom plate are close to the abutment pier and a center pier. The pressure-relief vents are of a non-fine concrete structure.
Perfusion gate
MENG XIANKUN (author) / ZHANG XUEYI (author) / MENG SHAN (author) / WANG YUEHUA (author) / WANG WENHU (author) / ZHAO PU (author) / CHEN YANGYANG (author) / YANG HUI (author) / DONG HAO (author) / RAO ZHIGUO (author)
2016-02-24
Patent
Electronic Resource
English
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
| British Library Conference Proceedings | 2008
ELECTRONIC PERFUSION RECORD: CON
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EVIDENCE-BASED PERFUSION PRACTICES
| British Library Conference Proceedings | 2008