What is the primary difference between framed and frameless structures?

The primary difference between framed and frameless structures lies in the presence of supporting frames in framed structures. In framed structures, a framework made out of beams and columns provides structural support and stability, allowing for larger and more open spaces. This design enables the load from the roof, floor, and walls to be distributed evenly across the framework.

Frameless structures, on the other hand, rely on their own materials for support, such as reinforced concrete or walls designed to bear loads without the need for a separate supporting frame. While it is true that frameless structures may have some benefits like being lighter and potentially easier to maintain in certain scenarios, the key distinction remains in the structural approach. Framed structures are often advantageous for their flexibility in design and capacity to accommodate various architectural styles.

By understanding the role of the frame in a structure, one appreciates how framed structures can be designed for strength and stability, making it a fundamental concept in construction and architecture.