The use of fiber-reinforced polymer (FRP) composites for repair has gained popularity over the last decade as these methods are affordable, effective, and easy to implement. FRPs in general offer several key advantages over conventional building materials. Specifically, they have high strength to weight ratios, have increased durability and corrosion resistance, and are generally “greener” than conventional materials in terms of embodied energy. For example, FRPs have been used to restore the original flexural strength of damaged reinforced concrete bridge girders, strengthen simple span reinforced concrete slab bridges, and seismically retrofit bridge columns. Previous research conducted at Montana State University (MSU) has focused on using externally bonded FRP to strengthen reinforced concrete beams and evaluate their performance at cold temperatures. The results from this work were promising, indicating that externally bonded FRPs are suitable for repairs in cold environments, thus supporting the rationale for their use in repair/strengthening projects in the state.