Which structure in a boomilever is designed to counteract pushing forces?

In a boomilever, compression members play a crucial role in counteracting pushing forces. These members are specifically designed to handle axial loads that push inward on the structure, effectively aiding in maintaining stability and integrity under load. When a force is applied that tends to compress or squash an element of the boomilever, the compression members ensure that the structure distributes these forces efficiently, preventing collapse or deformation.

In contrast, tension members are designed to counteract pulling forces, while bracing members enhance stability and resist lateral movements but do not specifically counteract pushing forces directly. Connecting beams serve to link various parts of the structure but do not inherently provide a means to counteract specific forces like compression members do. Thus, the function of carrying and resisting compressive loads is what makes compression members an essential part of the boomilever's design.