Civil Engineering Professional Engineer Practice Exam 2025 – All-in-One Comprehensive Guide to Exam Success!

Braces in structural engineering are primarily employed to provide structural stability, particularly in situations where lateral loads, such as wind or seismic forces, can impact a structure. The incorporation of braces effectively enhances the overall rigidity of a frame or structure, allowing it to resist lateral movement and maintain its shape under stress.

Braces work by creating triangular configurations, which inherently distribute loads and prevent deformation, ensuring that the structure remains stable during dynamic conditions. This is particularly evident in frameworks like braced frames or shear walls, where the braces counteract forces that can lead to structural failure.

While increasing load capacity and supporting vertical loads are essential functions in structural design, braces specifically address the requirement for stability against horizontal forces, making them critical components in maintaining the integrity and safety of a structure.