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Strengthening with carbon fiber reinforced polymer (CFRP) sheets and plates, as opposed to the use of steel plates, has been employed recently in the rehabilitation and retrofitting of infrastructures due to better performance (than that of steel plates) in terms of resistance to corrosion and high stiffness-to-weight ratios. Because concrete structures are exposed peri‐ odically to snow and freezing temperatures during the winter season, a reduction in struc‐ tural integrity, such as observed in the deterioration of the concrete and the degradation of the FRP bond system, is evident in field conditions. In terms of environmental exposure, pe‐ riodic temperature changes such as freeze and thaw cycles can cause devastating damage to RC structures.

Acoustic Emission to Detect Damage in FRP Strength Under Freeze and Thaw Cycles