What is used to deliver shear forces from the diagonal component of a sloped rake into the wall plate and solo plate?

The raker cleat is specifically designed to facilitate the transfer of shear forces from the diagonal component of a sloped rake into the wall plate and the sole plate. In structural engineering, raker cleats serve as critical connectors that stabilize the system by providing an anchor point to resist lateral forces. These forces arise when a structure is subject to loading conditions, such as wind or seismic activity, and the appropriate transfer of loads is necessary to maintain structural integrity.

By effectively securing the raker, this component ensures that the loads are properly directed to the primary structural elements—the plates—thus enhancing the stability and resilience of the entire framework. This is particularly important in scenarios involving structural collapse rescue, where the integrity of the rescue structure is essential for safety.

The other choices do not serve the exact purpose of transferring shear forces in the same manner. While braces, jack props, and struts are important in various structural applications, they function differently in load-bearing scenarios and do not specifically address the diagonal force transfer as a raker cleat does.