A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
OFFSHORE WIND POWER FOUNDATION WITH IMPROVED WATER-TIGHTNESS AND CONSTRUCTION METHOD THEREOF
An offshore wind power foundation with improved water-tightness and a construction method thereof are provided. The offshore wind power foundation is configured such that a bonding material is injected into a space between a pile and a leg using a precast cap member to integrate the leg and the pile, and includes a precast cap member including a precasting housing, a bonding material rotation-injection port, and an elastic spring.
OFFSHORE WIND POWER FOUNDATION WITH IMPROVED WATER-TIGHTNESS AND CONSTRUCTION METHOD THEREOF
An offshore wind power foundation with improved water-tightness and a construction method thereof are provided. The offshore wind power foundation is configured such that a bonding material is injected into a space between a pile and a leg using a precast cap member to integrate the leg and the pile, and includes a precast cap member including a precasting housing, a bonding material rotation-injection port, and an elastic spring.
OFFSHORE WIND POWER FOUNDATION WITH IMPROVED WATER-TIGHTNESS AND CONSTRUCTION METHOD THEREOF
JEON HYE KWAN (author) / PARK GEE SEUNG (author)
2018-11-08
Patent
Electronic Resource
English
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