The Need for Quantifying Waterjetted Surface Texture for FRP Adhesion
Repair and strengthening of concrete structures with fiber-resuborced polymers (FRP) involves the use of externally bonded sheets, prefabricated laminates, and bars mounted near the surface. Studies have shown that the load-carrying ability of FRP materials is integrally related the bonding characteristic of the epoxy to the substrate. This is very significant to the construction industry for identifying optimal bond characteristic since current specification requirements for the use of FRP repair and strengthening techniques have no methodology to identify these optimal conditions. Over the years custom applications have become a standard option and some standards have to be established for specific applications. This paper discusses a roughness index of concrete surfaces produced with waterjets under different conditions.
G. Galecki et al., "The Need for Quantifying Waterjetted Surface Texture for FRP Adhesion," Proceedings of the 18th International Conference on Water Jetting (2006, Gdansk, Poland), vol. 2006, pp. 347-356, BHR Group, Sep 2006.
18th International Conference on Water Jetting (2006: Sep. 13-15, Gdansk, Poland)
Mining and Nuclear Engineering
Geosciences and Geological and Petroleum Engineering
Civil, Architectural and Environmental Engineering
Keywords and Phrases
Adhesion; Bonded Sheets; Bonding; Concrete Surfaces; Construction Industry; Fiber Resuborced Plastics; Laminates; Load Carrying Ability; Prefabricated Laminates; Textures
International Standard Book Number (ISBN)
Article - Conference proceedings
© 2006 BHR Group, All rights reserved.
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