Which statement is true regarding rivets?

The statement that rivets can support shear and tensile loads is accurate because rivets are designed to provide strong mechanical connections between materials. When two pieces of metal or other materials are joined using rivets, they can effectively transfer forces in both shear and tensile applications.

In shear loading, forces act parallel to the surface of the material, and rivets can resist this type of load due to their structural integrity and the way they deform under stress. They maintain a secure connection between the joined components, helping to prevent separation.

In tensile loading, forces tend to pull the materials apart. Rivets are able to withstand these forces as well because they create a strong bond through the material they penetrate, resisting the pull and maintaining the structural integrity of the assembly.

This capability to handle both types of loads makes rivets versatile and widely used in construction, manufacturing, and various engineering applications. Understanding the load-bearing properties of rivets is essential for engineers and designers to ensure safe and effective structural designs.