A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
In Situ Repair of Deteriorated Concrete in Hydraulic Structures: Feasibility Study
Presented are the results of a program conducted to identify the repair methods and materials currently being used to repair and rehabilitate concrete structures deteriorating as a result of cracking and spalling. These repair methods and materials were evaluated for their applicability to the in situ repair of concrete hydraulic structures. From this evaluation, the following three repair techniques were identified as best suited for in situ repair procedures: pressure injection, polymer impregnation, and addition of reinforcement. Case histories illustrating the application of each technique are presented. Recommendations are made for work to be performed to make these systems more applicable to the repair of hydraulic structures.
In Situ Repair of Deteriorated Concrete in Hydraulic Structures: Feasibility Study
Presented are the results of a program conducted to identify the repair methods and materials currently being used to repair and rehabilitate concrete structures deteriorating as a result of cracking and spalling. These repair methods and materials were evaluated for their applicability to the in situ repair of concrete hydraulic structures. From this evaluation, the following three repair techniques were identified as best suited for in situ repair procedures: pressure injection, polymer impregnation, and addition of reinforcement. Case histories illustrating the application of each technique are presented. Recommendations are made for work to be performed to make these systems more applicable to the repair of hydraulic structures.
In Situ Repair of Deteriorated Concrete in Hydraulic Structures: Feasibility Study
R. P. Webster (author) / L. E. Kukacka (author)
1987
88 pages
Report
No indication
English
Ceramics, Refractories, & Glass , Construction Equipment, Materials, & Supplies , Environmental & Occupational Factors , Structural Analyses , Concrete , Repair , Case studies , Cracking(fracturing) , Deterioration , Impregnation , In situ analysis , Injection , Polymers , Reinforcement(structures) , Reinforcing materials , Spallation , Hydraulic structures , In situ repair , Polymer impregnation , Post reinforcement , Pressure injection , Spalling , Repair methods , Repair materials , Repair techniques , Wu32308