Torsional Behavior of Composite Materials: A Review

Abstract

The results of multiple investigations on the torsional behavior of different materials and constructions are compiled and examined in this review study. Designing and evaluating the performance of reinforced structures and composite materials requires careful consideration of mechanical responses, fracture behavior, and torsional strength. Research on various materials, such as polymers, composites, concrete, and aluminum, and how they behave under torsional strain is included in this overview. The impact of variables, including hydrostatic pressure, lay-up sequences, and strain rate, on torsional characteristics is discussed in the article. The behavior of tailored cementation composites, the impact of fiber orientation on the torsional response of reinforced concrete beams, experimental studies of 3D braided composite, and modeling of torsional behavior in steel-fiber-reinforced concrete members are also covered in the survey.