Coupling

Coupling refers to the practice of connecting or linking separate structural elements or systems to enhance their overall performance. This approach is often used to create complex and integrated structural solutions that can address specific engineering challenges or provide added benefits in terms of load distribution. Coupling techniques are commonly employed in multi-story buildings, bridges, and industrial facilities to optimize design outcomes. One common example of coupling in structural systems is the use of shear walls and moment frames in buildings located in seismic regions. In bridge construction, coupling can involve connecting separate bridge segments, such as cantilevered spans or cable-stayed sections, to create a continuous and stable transportation route. Coupling is a valuable tool in structural engineering, allowing engineers to tailor solutions that meet the appropriate requirements.