A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
FRP-Concrete Composite Column and Pile Jacket Splicing. Phase 2
A new and innovative use of fiber composites has been introduced which consists of concrete-filled FRP tubes as structural columns, piles and piers. The tube acts as the poor form, protective and confining jacket, shear stirrups, and flexural reinforcement. Feasibility of this system was shown under Phase I of this project. Phase II has been focused on several issues including; shear capacity of hybrid strength and ductility of column, optimization of hybrid columns, and acoustic emission teting of hybrid systems. Results of extensive tests and analytical work have been reported in detail.
FRP-Concrete Composite Column and Pile Jacket Splicing. Phase 2
A new and innovative use of fiber composites has been introduced which consists of concrete-filled FRP tubes as structural columns, piles and piers. The tube acts as the poor form, protective and confining jacket, shear stirrups, and flexural reinforcement. Feasibility of this system was shown under Phase I of this project. Phase II has been focused on several issues including; shear capacity of hybrid strength and ductility of column, optimization of hybrid columns, and acoustic emission teting of hybrid systems. Results of extensive tests and analytical work have been reported in detail.
FRP-Concrete Composite Column and Pile Jacket Splicing. Phase 2
A. Mirmiran (author)
1997
178 pages
Report
No indication
English
Offshore wind power suction pile and jacket splicing auxiliary device and splicing method
| European Patent Office | 2021
| European Patent Office | 2017
Prestressed concrete pipe pile splicing structure and pile splicing construction method
| European Patent Office | 2024
Prestressed concrete pipe pile splicing structure and pile splicing construction method
| European Patent Office | 2023