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Carbon and glass fiber reinforced polymer composites (CFRP and GFRP) are one of the best choices for lightweight high strength constructions suitable to aerospace, aviation, marine, automotive, sports applications [1]. In order to make CFRP and CFRP constructions strong enough for multidirectional loading: tension-compression, shear forces, bending and twisting moments, their elements are combined of different composite materials and layers, oriented at different angles. Composite construction designed to be loaded by bending moments and transverse forces is usually made as an I-beam (Fig. 1) which has outer CFRP or GFRP layers, bonded with low density foam core or GFRP wall. There are a lot of constructions where CFRP or GFRP layers are made of bonded carbon or glass fiber rods. Several examples of these constructions are given in Fig. 1 [2, 3].

Interlaminar Strength Analysis of Bonded Carbon Fiber Rods