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. Since the composite material such as the carbon fiber-reinforced plastics (CFRP) use extensively for engineering materials (aerospace, automotive, structure, etc.), due to their excellent mechanical properties. They have a specific strength, stiffness, anticorrosion, and high fatigue resistance. Despite the growing application of CFRP materials, it must be considered that their mechanical behavior during processing and manufacturing has significant differences with conventional isotropic materials.

IN-SITU MONITORING OF INTERNAL STRAIN DURING PROCESSING AND MACHINING IN A CFRP CROSS-PLY LAMINATE