An experimental investigation of new bent V-shaped shear connector

This paper investigates the behavior of a new form V-shaped shear connector. The assessment proposed connector’s performance is conducted through an experimental work fourteen push-out tests. results show that developed connector able to transfer higher load than conventional connectors. In addition, its considered as ductile. Geometrical parameters are studied observe their influence on behavior. outcomes changing length, width, and thickness significantly affects ultimate strength while connector's ductile preserved. Furthermore, proves neither creating holes nor adding transverse reinforcement has significant effect resistance uplift-displacement improved. A comprehensive comparison between commonly used connectors executed. Based results, empirical equation suggested predict capacity