In steel structure engineering, rigid structure can be imagined as a table, the table and the feet of the table are closely combined, which is the same as the principle of rigid structure. Rigid frame structure with rigidly connected straight columns and tapered beams. These structures are similar to column and beam systems.
The main point is that, because of the rigid connections between its components, it is quite capable of accepting direct loads without the need for rated support. This type of structure can be said to be the preferred installation due to its fast construction speed, wide open span, and general planned use. Rigid frame, sometimes also called continuous.
Steel structures provide rotational stability, improve how direct loads are carried, and increase the life span of the entire structure. In addition to rigid structures, simplified structures and partially bound structures are constructed using the same structural principles. The connection of rigid structure is completely fixed, completely bound and cannot be rotated.
A rotating connection can also be a sales connection in which the parts are free to rotate. Steel structure engineering gets its name from the fact that beam-column connections are classified as rigid connections. The structure is planned to transfer the bending moment and shear force at the beam end to the columns without the need for a support system to resist lateral loads. Structural stability is only rigid connection and structure.
