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This review highlights the basic concepts involved in using a relatively new class of civil engineering materials, namely fibre‐reinforced polymers (FRP), as strengthening materials of reinforced concrete (RC), masonry and other structures. After a brief introduction to FRP, analysis, design and practical execution concepts are described first for the flexural, shear and axial capacity strengthening of RC elements using epoxy‐bonded FRP sheets. Similar concepts are also presented for masonry, which may be strengthened using either bonded or unbonded FRP. A brief reference is also made to other structures (timber, steel) and field applications. Finally, conclusions are drawn, focusing on the applicability of FRP in structural rehabilitation.
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Thanasis Triantafillou (1998) studied this question.
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